Films, Papers & Laminates
AeroZero® Polyimide Aerogel Film with Double-Sided Silicone Pressure-Sensitive Adhesive AZ-TPS 101
AZ-TPS 101 is a 216 micron (8.5 mil) thermal protection film consisting of a 165 micron (6.5 mil) AeroZero® polyimide aerogel core bonded between two 25.4 micron (1 mil) silicone pressure-sensitive adhesive layers, with a density of 0.50 g/cm³. The film provides a thermal conductivity of 0.040 W/m·K at 25°C, a decomposition temperature of 380°C (716°F), and a UL94 VTM-0 flammability rating. Adhesive strength exceeds 300 N/m (1.7 Lbf/in) to aluminum foil after a 3-day room-temperature dwell, supporting permanent, flexible bonding to metal, glass, carbon fiber, and polymer substrates.
Key Properties
- Thermal Conductivity (25°C): 0.040 W/m·K
- Thickness: 216 µm (8.5 mil)
- Adhesive Strength (180° peel, 3-day RT dwell, AZ film on 2 mil Al foil): >300 N/m (1.7 Lbf/in)
- Decomposition Temp (10 wt% loss, TGA): 380°C (716°F)
- Glass Transition Temp (AZ Tg, DMA): 305°C (580°F)
- UL Flammability Rating: VTM-0
AeroZero® Polyimide Aerogel Low Outgassing Configurations – Acrylic Adhesive AZ-TPS 102 / AZ-TPS 103 / AZ-TPS 104
AZ-TPS 102, AZ-TPS 103, and AZ-TPS 104 are the Low Outgassing Configurations of the AZ-TPS product line, each combining a 165 micron (6.5 mil) AeroZero® polyimide aerogel film with an acrylic pressure-sensitive adhesive (PSA) bonding layer sized to the specific grade, yielding total construction thicknesses of 223.5 µm (8.8 mil), 292.1 µm (11.5 mil), and 190.5 µm (7.5 mil) respectively. AZ-TPS 102 and AZ-TPS 104 carry ASTM E595 outgassing data on the Blueshift TDS (TML <1%, CVCM <0.1%); AZ-TPS 103 appears in Blueshift's product portfolio without a published E595 line, so request the data before assigning it vacuum or optics-adjacent duty. The grades deliver thermal conductivities between 0.037–0.049 W/m·K with a 305°C (580°F) glass transition temperature. The grades differ primarily in acrylic adhesive thickness and the resulting bond strength, tensile performance, and total film thickness.
Key Properties
- Thickness: 223.5 µm / 8.8 mil (AZ-TPS 102); 292.1 µm / 11.5 mil (AZ-TPS 103); 190.5 µm / 7.5 mil (AZ-TPS 104) — ASTM D374/D374M
- Thermal Conductivity (25°C): 0.041 W/m·K (AZ-TPS 102); 0.049 W/m·K (AZ-TPS 103); 0.037 W/m·K (AZ-TPS 104) — ASTM C518
- Adhesive Strength (72 hr Peel Strength to 2 mil Aluminum Foil): >300 N/m / 1.7 lbf/in (AZ-TPS 102); >200 N/m / 1.1 lbf/in (AZ-TPS 103); >300 N/m / 1.7 lbf/in (AZ-TPS 104) — ASTM D3330
- Tensile Strength: 6.5 MPa / 0.94 ksi (AZ-TPS 102); 4.4 MPa / 0.64 ksi (AZ-TPS 103); 7.5 MPa / 1.09 ksi (AZ-TPS 104) — ASTM D882
- Glass Transition Temperature (AZ Tg, DMA): 305°C (580°F) — all three grades — ASTM E1640
- Outgassing (TML / CVCM): TML <1%, CVCM <0.1% — AZ-TPS 102 and AZ-TPS 104 (published); AZ-TPS 103 not published — ASTM E595
- Decomposition Temperature (10 wt% loss, TGA): 261°C / 502°F (AZ-TPS 102); 273°C / 523°F (AZ-TPS 103); 255°C / 491°F (AZ-TPS 104) — the acrylic adhesive lowers the ceiling versus the silicone-PSA grades — ASTM E2550
Multilayer Polyimide Aerogel Thermal Protection Film with Silicone PSA AZ-TPS PI 100
AZ-TPS PI 100 is a 240 micron (9.5 mil) multilayer thermal protection film built around a 165 micron (6.5 mil) AeroZero® polyimide aerogel core, faced with polyimide films and silicone pressure-sensitive adhesive (PSA) layers, delivering a thermal conductivity of 0.046 W/m·K at 25°C. The silicone PSA bonds to stainless steel, aluminum, glass, and polymer substrates, reaching full adhesion strength after a 3-day room-temperature dwell, and the construction carries a UL94 VTM-0 flame rating. The film remains flexible and RF transparent, suiting complex, contoured part geometries across Aerospace, Defense, and Electronics applications.
Key Properties
- Thermal Conductivity (25°C): 0.046 W/m·K
- Tensile Strength: 15 MPa (2 ksi)
- Tensile Elongation at Break: 8%
- Adhesive Strength (180° peel, 3-day RT dwell, AZ film on 2 mil Al foil): >200 N/m (1.1 lbf/in)
- Glass Transition / Decomposition Temperature: 305°C (580°F) Tg / 410°C (770°F) decomposition (10 wt% loss)
- Thickness: 240 µm (9.5 mil)
AeroZero® Polyimide Aerogel Film with Silicone Pressure-Sensitive Adhesive AZ-TPS 100
AZ-TPS 100 is an ultra-thin, adhesive-backed thermal protection film built from a 165 micron (6.5 mil) AeroZero® polyimide aerogel layer laminated to a 25.4 micron (1 mil) silicone pressure-sensitive adhesive, yielding a total construction thickness of 190 µm (7.5 mil) and a thermal conductivity of 0.038 W/m·K at 25°C. The film retains a glass transition temperature of 305°C (580°F), with thermal decomposition (10% weight loss) not occurring until 410°C (770°F), and carries a UL94 VTM-0 flame retardant rating. Its silicone adhesive provides permanent bonding to stainless steel, aluminum, glass, carbon fiber, and polymer substrates.
Key Properties
- Thermal Conductivity (25°C): 0.038 W/m·K (0.264 BTU·in/hr·ft²·°F)
- Total Thickness: 190 µm (7.5 mil)
- Tensile Strength: 7.2 MPa (1.0 ksi)
- Glass Transition Temperature (AZ Tg, DMA): 305°C (580°F)
- Adhesive Peel Strength (180° peel, 3-day RT dwell, on 2 mil Al foil): >300 N/m (1.7 lbf/in)
- UL Flammability Rating: UL94 VTM-0
Apical® 100NP High Modulus Aromatic Polyimide Film
Apical® 100NP is a tough aromatic polyimide film engineered for use as a dielectric substrate in flexible printed circuits and semiconductor assembling base materials, with tensile strength of 44 kpsi (302 MPa) MD and 46 kpsi (314 MPa) TD and a modulus of 580–609 kpsi (4.0–4.2 GPa) at a nominal thickness of 0.98 mils (25 µm). The film combines low coefficient of thermal expansion (15–16 ppm/°C), low coefficient of humidity expansion (13 ppm/%RH), and high modulus for demanding base material applications requiring dimensional accuracy through thermal and humidity cycling.
Key Properties
- Tensile Strength: MD: 44 kpsi (302 MPa); TD: 46 kpsi (314 MPa) — ASTM D882
- Elongation: MD: 80%; TD: 75% — ASTM D882
- Dielectric Strength: 7.8 kV/mil — ASTM D149
- Heat Shrinkage at 200°C: MD: 0.06%; TD: 0.02% — 200°C, 2 hrs
- Nominal Thickness: 0.98 mils (25 µm)
- Density: 1.45 g/cm³ — ASTM D1505
Kapton® 100CRC Corona Resistant Polyimide Film
Kapton® 100CRC is a state-of-the-art corona resistant polyimide film with tensile strength of 33 kpsi (228 MPa) and dielectric strength of 6500 V/mil (256 kV/mm) at 1 mil thickness. Its corona resistance provides improved service life and operational efficiencies beyond conventional insulation materials under high voltage environments where partial discharge is present. The film carries UL Electrical RTI of 240°C, UL Mechanical RTI of 200°C, and a UL-94 V-0 flammability rating.
Key Properties
- Tensile Strength: 33 kpsi (228 MPa) — ASTM D882
- Elongation: 65% — ASTM D882
- Dielectric Strength: 6500 V/mil (256 kV/mm) — ASTM D149
- UL Electrical RTI / Mechanical RTI: 240°C / 200°C — UL 746B
- Thickness: 1 mil (25.4 µm) — ASTM D374
- Density: 1.55 g/cc — ASTM D1505
Kapton® 120FMT616 Thermally Conductive FEP-Coated Polyimide Film
Kapton® 120FMT616 is a thermally conductive Kapton® film with three times the thermal conductivity of standard Kapton®, combined with low moisture permeation, high temperature resistance, and high tear strength, at a nominal thickness of 1.15 mils. The film is constructed of a 1.0 mil (25 µm) thermally conductive Kapton® base film with a 0.1 mil (2.5 µm) FEP coating on both sides, combining thermal management performance with moisture barrier and electrical insulation properties.
Key Properties
- Tensile Strength: 19 kpsi — ASTM D882
- Elongation: 67% — ASTM D882
- Dielectric Strength: 5200 V/mil — ASTM D149
- Tear Strength: 2.3 lbf — ASTM D1922
- Nominal Thickness: 1.15 mils — ASTM D374
- Water Vapor Permeation: 17.5 g/(m²·24h) — ASTM D96
Kapton® 150FCR019 Corona Resistant Composite Polyimide Film
Kapton® 150FCR019 is a composite film combining Kapton® 100CR corona resistant polyimide film with a heat fusible fluoropolymer film, with tensile strength of 18.7 kpsi (129 MPa) and dielectric strength of 4300 V/mil (169 kV/mm) at 1.50 mil thickness. The composite construction withstands corona discharge in partial discharge environments while providing heat fusibility for magnet wire wrapping applications. The film has a proven long-term performance history in rail traction, industrial motors, and generators.
Key Properties
- Tensile Strength: 18.7 kpsi (129 MPa) — ASTM D-882
- Elongation: 70% — ASTM D-882
- Dielectric Strength: 4300 V/mil (169 kV/mm) — ASTM D-149 (1/4 in electrode)
- Key Performance Attribute: Corona resistant composite construction; heat fusible fluoropolymer layer
- Thickness: 1.50 mil (38.1 µm) — ASTM D-374
- Yield: 76.7 ft²/lb (15.7 m²/kg) — —
Kapton® 150FWN019 FEP-Coated Heat-Fusible Polyimide Magnet Wire Insulation
Kapton® 150FWN019 is a two-layer, polyimide/FEP fluoropolymer dispersion-coated heat-fusible composite film with tensile strength of 17.3 kpsi (119 MPa) and dielectric strength greater than 3600 V/mil (>142 kV/mm). The film is constructed of 1.0 mil Kapton® polyimide film dispersion-coated with 0.5 mil of enhanced FEP fluoropolymer on one side, yielding a total thickness of 1.50 mil (38 µm). It is rated UL 94 V-0 and delivers superior scrape abrasion resistance with reduced frictional properties reported by motor manufacturers versus other commonly used polyimide materials.
Key Properties
- Tensile Strength: 17.3 kpsi (119 MPa) — ASTM D-882
- Elongation to Break: 55% — ASTM D-882
- Dielectric Strength: >3600 V/mil (>142 kV/mm) — ASTM D-149
- Service Temperature: Mechanical 200°C; Glass Transition >350°C
- Thickness: 1.50 mil (38 µm) — Qnity
- Specific Gravity: 1.68 gms/cc — ASTM D-1505-90
Kapton® 150PRN411 High-Temperature Fluoropolymer/Polyimide Composite Magnet Wire Insulation
Kapton® 150PRN411 is a high-temperature magnet wire insulation film consisting of a 25 µm Kapton® HN polyimide core sandwiched between two high melt temperature fluoropolymer layers — a tan abrasion-resistant outer layer (~10 µm) and a red high-adhesion inner layer (~3 µm) — at a total thickness of 1.5 mil (38 µm). Tensile strength is 27 kpsi (186 MPa) and dielectric strength is 5400 V/mil (212 kV/mm). The film carries UL Electrical RTI 240°C, UL Mechanical RTI 200°C, and UL-94 V-0 ratings, and achieves a 350°C heat seal strength to copper of 930 gms/in (366 gms/cm).
Key Properties
- Tensile Strength: 27 kpsi (186 MPa) — ASTM D882
- Elongation: 88% — ASTM D882
- Dielectric Strength: 5400 V/mil (212 kV/mm) — ASTM D149
- UL Electrical RTI / Mechanical RTI: 240°C / 200°C — UL 746B
- Thickness: 1.5 mil (38 µm) — ASTM D374
- Density: 1.68 g/cc — ASTM D1505
Kapton® 200RS100 Resistive Heating Polyimide Film
Kapton® 200RS100 is a two-layer, all-polyimide resistive heating film with a precisely controlled surface resistivity of 100 ohms/sq (range 92–104 ohm/sq) on a black matte conductive side and a dielectric insulating layer on the shiny smooth opposite side, at 50 µm total thickness. Heating temperature is customizable based on electrode geometry and can be designed for continuous operation up to 200°C or short-term use up to 240°C. The film is durable from -270°C to 200°C, thermally stable to 325°C in oxygen-free environments, and continues to function even if punctured. Rated UL-94 V-0.
Key Properties
- Surface Resistivity: 100 ohms/sq (range 92–104 ohm/sq MD and TD) — Four-point probe measurement
- Tensile Strength MD/TD: >100 MPa — ASTM D-882
- Dielectric Strength: >2,500 V/25µm — ASTM D-149 (60Hz, 0.25 in electrodes, 500V/sec rise)
- Service Temperature: -270°C to 200°C continuous; to 325°C in oxygen-free environments
- Thickness: 50 µm — —
- Density: 1.46 g/cc — ASTM D-1505
Kapton® B Black Homogeneous Opaque Polyimide Film
Kapton® B is a black, homogeneous, opaque polyimide film exhibiting an excellent balance of physical, chemical, and electrical properties over a wide temperature range, with tensile strength of 35–38 kpsi (241–262 MPa) and shrinkage of less than 0.1% MD and TD at 200°C across all gauges. The homogeneous matte black pigmentation provides better color integrity against flexural cracking or abrasion than black coatings or dyes. Available in five gauges from 0.5 to 5.0 mil.
Key Properties
- Tensile Strength: 50B: 38 kpsi (262 MPa); 100–300B: 35–37 kpsi (241–255 MPa); 500B: 35 kpsi (241 MPa) — ASTM D-882-91
- Elongation: 50–100B: 65%; 200B: 80%; 300–500B: 90% — ASTM D-882-91
- Dielectric Strength: 50B: 2900 V/mil; 100B: 2800 V/mil; 200B: 2700 V/mil; 300B: 2200 V/mil; 500B: 1600 V/mil — ASTM D-149-94
- Shrinkage (MD and TD @ 200°C): <0.1%, all gauges — IPC-TM-650
- Available Thickness Range: 0.5–5.0 mil (12.7–127 µm)
- Tensile Modulus: 50B: 450 kpsi (3100 MPa); 100–500B: 440 kpsi (3034 MPa) — ASTM D-882-91
Kapton® EN Premium Performance Polyimide Film for Fine Pitch Circuitry
Kapton® EN is a premium performance polyimide film developed as a dielectric substrate for flexible printed circuits, high density interconnects, and fine pitch circuitry, with tensile strength of 335–380 MPa across grades and directions per JIS K 7161. The film is the thinnest polyimide film available worldwide — offered from 5 µm to 50 µm — with a coefficient of thermal expansion closely matched to copper and heat shrinkage of 0.01% MD and TD at 200°C across all grades. It is also laser ablatable.
Key Properties
- Tensile Strength MD: 335–375 MPa (varies by grade) — JIS K 7161
- Elongation MD: 55–70% (varies by grade) — JIS K 7161
- Breakdown Voltage: 375–400 kV/mm (varies by grade) — JIS C 2151
- Heat Shrinkage [200°C]: 0.01% MD and TD, all grades — JIS K 7133
- Available Thickness Range: 5.0–50 µm (0.2–2.0 mil) — JIS K 7130
- Water Absorption: 1.6–1.9% (varies by grade) — JIS K 7209
Kapton® EN-A, EN-C, EN-Z Premium CTE-Controlled Polyimide Film
Kapton® EN-A, EN-C, and EN-Z are premium performance polyimide films engineered as dielectric substrates for chip on film, flexible printed circuits, and high density interconnects, with tensile strength of 375–450 MPa depending on grade and direction. All three grades feature very low surface roughness (Ra 0.01–0.03 µm), heat shrinkage of 0.01% MD and TD at 200°C, and a wide CTE line-up spanning normal isotropic, low anisotropic, and ultra-low isotropic to match silicone, glass, or copper. All grades are rated UL-94 V-0.
Key Properties
- Tensile Strength MD: 150EN-C: 375 MPa; 150EN-A: 375 MPa; 140EN-Z: 385 MPa — JIS K 7161
- Elongation MD: 150EN-C: 80%; 150EN-A: 85%; 140EN-Z: 70% — JIS K 7161
- Breakdown Voltage: 150EN-C: 380 kV/mm; 150EN-A: 385 kV/mm; 140EN-Z: 430 kV/mm — JIS C 2151
- Heat Shrinkage [200°C]: 0.01% MD and TD, all grades — JIS K 7133
- Thickness: 150EN-C: 37.5 µm; 150EN-A: 37.5 µm; 140EN-Z: 35.0 µm — JIS K 7130
- Surface Roughness (Ra): 0.01~0.03 µm, all grades — JIS B 0601
Kapton® FN FEP-Coated / Laminated Polyimide Film
Kapton® FN is a general purpose Kapton® HN film coated or laminated on one or both sides with FEP fluoropolymer, with ultimate tensile strength of 162–207 MPa (23,500–30,000 psi) at 23°C depending on construction. The FEP layer imparts heat sealability, a moisture barrier, and enhanced chemical resistance not achievable with uncoated Kapton® films. It is available in multiple constructions per general specification QE-10167.
Key Properties
- Tensile Strength at 23°C: 120FN616: 207 MPa (30,000 psi); 150FN019: 162 MPa (23,500 psi); 250FN029: 200 MPa (29,000 psi) — ASTM D882, Method A
- Elongation at 23°C: 120FN616: 75%; 150FN019: 70%; 250FN029: 85% — ASTM D882
- Dielectric Strength: 120FN616: 272 V/µm (6,900 V/mil); 150FN019: 197 V/µm (5,000 V/mil); 250FN029: 197 V/µm (5,000 V/mil) — ASTM D149
- Key Performance Feature: Heat sealable; moisture barrier; enhanced chemical resistance
- Available Constructions: 120FN616, 150FN019, 250FN029 (per specification QE-10167)
- Density: 120FN616: 1.53 g/cc; 150FN019: 1.67 g/cc; 250FN029: 1.57 g/cc — ASTM D1505
Kapton® FPC Two-Sided Treated Polyimide Film for Flex Circuit Manufacturing
Kapton® FPC is a two-sided surface-treated polyimide film with the same balance of physical, chemical, and electrical properties as general purpose Kapton® HN, with superior dimensional stability and adhesion specifically engineered for flexible circuit manufacturers. Shrinkage at 150°C is 0.03% across all gauges, and adhesion measures 10 pli (1.8 N/mm) to copper via acrylic adhesive. The film is rated UL-94 94V0 and is available in 1–5 mil gauges.
Key Properties
- Tensile Strength: 1 & 5 mil: 33.5 kpsi (231 MPa); 2 & 3 mil: 34 kpsi (234 MPa) — ASTM D-882-91
- Elongation: 1–2 mil: 72%; 3 mil: 78%; 5 mil: 82% — ASTM D-882-91
- Dielectric Strength: 1 mil: 303 V/µm (7,700 V/mil); 5 mil: 154 V/µm (3,900 V/mil) — ASTM D-149-91
- Service Temperature Range: Wide temperature range; glass transition 360–410°C
- Available Thickness Range: 1–5 mil (25–125 µm)
- Density: 1.42 g/cc, all gauges — ASTM D-1505-90
Kapton® FWR Hydrolysis Resistant Heat-Fusible Polyimide-FEP Composite Film
Kapton® FWR is a heat-fusible polyimide-FEP fluoropolymer composite film providing tough, high dielectric strength insulation with significantly improved hydrolysis resistance compared to other commonly used polyimide materials, including higher modulus and lower water vapor permeability than equivalent Kapton® FN films. Tensile strength is 34 kpsi (234 MPa) for 150FWR019 and 30 kpsi (207 MPa) for 200FWR919. The film carries UL Electrical RTI 240°C, UL Mechanical RTI 200°C, and UL 94 V-0 ratings. Available in two constructions.
Key Properties
- Tensile Strength: 150FWR019: 34 kpsi (234 MPa); 200FWR919: 30 kpsi (207 MPa) — ASTM D882
- Elongation: 150FWR019: 60%; 200FWR919: 63% — ASTM D882
- Dielectric Strength: 150FWR019: 4500 V/mil (177 kV/mm); 200FWR919: 5000 V/mil (197 kV/mm) — ASTM D149
- UL Electrical RTI / Mechanical RTI: 240°C / 200°C — UL746B
- Thickness: 150FWR019: 1.5 mil (38 µm); 200FWR919: 2.0 mil (50 µm) — ASTM D374
- Density: 150FWR019: 1.69 g/cc; 200FWR919: 1.83 g/cc — ASTM D1505
Kapton® HN General Purpose Polyimide Film
Kapton® HN is an all-polyimide film offering an excellent balance of physical, thermal, and electrical properties across a wide temperature range, with ultimate tensile strength of 33,500 psi (231 MPa) at 23°C consistent across all gauges. The film has been used successfully in applications from -269°C (-452°F) to 400°C (752°F). Kapton® HN can be laminated, metallized, punched, formed, or adhesive coated.
Key Properties
- Tensile Strength (all gauges, 23°C): 33,500 psi (231 MPa) — ASTM D-882
- Ultimate Elongation at 23°C: 65–82% (varies by gauge) — ASTM D-882
- Dielectric Strength: 154–315 V/µm / 3,900–8,000 V/mil (varies by gauge, 60 Hz) — ASTM D149
- Service Temperature Range: -269°C (-452°F) to 400°C (752°F)
- Available Thickness Range: 0.5–5 mil (12.7–125 µm)
- Density: 1.42 g/cc — ASTM D-1505
Kapton® HPP-ST Two-Sided Treated Polyimide Film
Kapton® HPP-ST is a two-sided, surface-treated polyimide film offering the same balance of physical, chemical, and electrical properties as general purpose Kapton® HN, with superior dimensional stability and excellent adhesion to most adhesive systems. Shrinkage at 150°C is 0.03% across all gauges, making it the preferred choice where low shrinkage and superior adhesion are critical. The film carries a UL-94 94V0 flammability rating and is available in 1–5 mil gauges.
Key Properties
- Tensile Strength: 1–3 mil: 34 kpsi (234 MPa); 1 & 5 mil: 33.5 kpsi (231 MPa) — ASTM D-882-91
- Elongation: 1–2 mil: 72%; 3 mil: 78%; 5 mil: 82% — ASTM D-882-91
- Dielectric Strength: 1 mil: 303 V/µm (7,700 V/mil); 5 mil: 154 V/µm (3,900 V/mil) — ASTM D-149-91
- Service Temperature Range: Wide temperature range; same as general purpose Kapton® HN
- Available Thickness Range: 1–5 mil (25–125 µm)
- Density: 1.42 g/cc — ASTM D-1505-90
Kapton® MT Thermally Conductive Polyimide Film
Kapton® MT is a homogeneous polyimide film possessing three times the thermal conductivity and cut-through strength of standard Kapton® HN, with thermal conductivity of 0.46 W/m·K across all grades. Tensile strength ranges from 20–23 kpsi (138–159 MPa) and dielectric strength from 4100–5500 V/mil depending on grade. The film is available in four grades — 100MT, 150MT, 200MT, and 300MT — offering a higher modulus than standard HN for improved strength in the final product.
Key Properties
- Thermal Conductivity: 0.46 W/m·K, all grades — ASTM D5470
- Tensile Strength: 100MT: 20 kpsi (138 MPa); 150MT: 21 kpsi (145 MPa); 200MT: 22 kpsi (152 MPa); 300MT: 23 kpsi (159 MPa) — ASTM D882
- Elongation: 100MT: 80%; 150MT: 85%; 200MT: 87%; 300MT: 100% — ASTM D882
- Dielectric Strength: 100MT: 5500 V/mil; 150MT: 5100 V/mil; 200MT: 4600 V/mil; 300MT: 4100 V/mil — ASTM D149
- Cut-Through Strength: 40 lb, all grades — Qnity Method
- Tensile Modulus: 100MT: 440 kpsi (3.0 GPa); 150MT: 450 kpsi (3.1 GPa); 200MT: 475 kpsi (3.3 GPa); 300MT: 490 kpsi (3.4 GPa) — ASTM D882
Kapton® MT+ Thermally Conductive Polyimide Film
Kapton® MT+ is a homogeneous polyimide film possessing nearly twice the thermal conductivity of Kapton® MT and four times that of standard Kapton® HN, with thermal conductivity of 0.75 W/m·K across all grades. Tensile strength is 12 kpsi (83 MPa) and modulus is 625 kpsi (4.3 GPa) across all grades; dielectric strength ranges from 3.9–5.3 kVAC/mil (154–209 kV/mm) depending on grade. Available in 150MT+, 200MT+, and 300MT+ grades at 1.5–3.0 mil thickness.
Key Properties
- Thermal Conductivity: 0.75 W/m·K, all grades — ASTM D5470
- Tensile Strength: 12 kpsi (83 MPa), all grades — ASTM D882
- Elongation to Break: 150MT+: 44%; 200MT+: 44%; 300MT+: 35% — ASTM D882
- Dielectric Strength: 150MT+: 5.3 kVAC/mil (209 kV/mm); 200MT+: 5.0 kVAC/mil (197 kV/mm); 300MT+: 3.9 kVAC/mil (154 kV/mm) — ASTM D1491 (1/4 in brass electrode)
- Thickness: 150MT+: 1.5 mil (0.038 mm); 200MT+: 2.0 mil (0.050 mm); 300MT+: 3.0 mil (0.076 mm) — ASTM D374
- Tensile Modulus: 625 kpsi (4.3 GPa), all grades — ASTM D882
Kapton® PST Polyimide Film for Pressure Sensitive Adhesive Tape and Coating
Kapton® PST is a tough polyimide film offering an excellent balance of physical, chemical, and electrical properties over a wide temperature range, particularly at unusually high temperatures, intended for use by coaters, laminators, and manufacturers of pressure sensitive adhesive tape. Typical tensile strength for the 100PST gauge is 252 MPa (36,500 psi) at 23°C; minimum dielectric strength across gauges ranges from 3,500–6,700 V/mil. The film is available in 50, 100, 200, 300, and 500 gauges with static-controlled processing to less than 5,000 volts static charge.
Key Properties
- Tensile Strength (100PST, 23°C): 252 MPa (36,500 psi) typical — ASTM D-882
- Elongation (100PST, 23°C): 72% typical — ASTM D-882
- Dielectric Strength, Minimum: 50PST: 6,000 V/mil; 100PST: 6,700 V/mil; 200PST: 5,300 V/mil; 300PST: 4,800 V/mil; 500PST: 3,500 V/mil — ASTM D-149-81
- Shrinkage MD/TD at 400°C, Maximum: 2.0%, all gauges — MIL-P-46112B (MR)
- Thickness Range: 50PST: 0.5 mil (12.7 µm); 500PST: 5.0 mil (127 µm) nominal
- Dielectric Constant at 1 kHz, Maximum: 50PST: 4.0; 100–500PST: 3.9 — ASTM D-150-81
Kapton® XP Fluorocarbon-Coated Polyimide Insulation Substrate
Kapton® XP is a type H polyimide film coated on one or both sides with a proprietary fluorocarbon resin, with tensile strength of 24–29 kpsi (165–200 MPa) and dielectric strength of 4400–4800 V/mil (173–189 kV/mm) depending on construction. High bond strengths to copper, to itself, and to other materials are maintained at elevated temperatures, and the film demonstrates significantly improved bond strength retention versus Kapton® FN from room temperature through 200°C. Available in 1.5 mil (150XP019) and 2.0 mil (200XP919) constructions.
Key Properties
- Tensile Strength: 150XP019: 29 kpsi (200 MPa); 200XP919: 24 kpsi (165 MPa) — ASTM D882
- Elongation: 150XP019: 93%; 200XP919: 95% — ASTM D882
- Dielectric Strength: 150XP019: 4400 V/mil (173 kV/mm); 200XP919: 4800 V/mil (189 kV/mm) — ASTM D149
- Key Performance Attribute: Significantly improved bond strength retention at elevated temperature vs. Kapton® FN
- Thickness: 150XP019: 1.5 mil (38 µm); 200XP919: 2.0 mil (50 µm) — ASTM D374
- Yield: 150XP019: 82.4 ft²/lb (16.9 m²/kg); 200XP919: 57.4 ft²/lb (11.8 m²/kg) — —
APTIV™ 1000
APTIV™ 1000 is an unfilled, semi-crystalline film manufactured from VICTREX™ PEEK polymer, available in thicknesses from 8 to 750 µm. It delivers outstanding high-temperature capability combined with excellent mechanical strength, electrical insulation, and long-term durability. The film exhibits strong resistance to radiation, hydrolysis, and aggressive chemicals, and provides inherent flame resistance without added flame retardants.
Key Properties
- Tensile Stress, MD: Break, 23°C, 25 µm: 140 MPa (ISO 527-3)
- Tensile Elongation, MD: Break, 23°C, 25 µm: >150 % (ISO 527-3)
- Dielectric Strength @ 0.25 inch electrode, 23°C, 50 µm: 190 kV/mm (ASTM D149)
- Dielectric Constant (23°C, 50.0 µm, 10 MHz): 3.5 (ASTM D150)
- Film Thickness — Recommended/Available: 8 to 750 µm
- Density (23°C): 1.30 g/cm³ (ISO 1183)
APTIV™ 1102
APTIV™ 1102 is a mineral-filled, semi-crystalline film manufactured from VICTREX™ PEEK polymer, available in thicknesses from 12 to 125 µm with a density of 1.45 g/cm³. It delivers high mechanical strength and excellent electrical insulation, with tensile modulus values up to 5000 MPa (MD, 25 µm) and dielectric strength of 200 kV/mm at 50 µm. Compared to the APTIV™ 1000 Series, APTIV™ 1102 offers a higher modulus and a lower coefficient of linear thermal expansion.
Key Properties
- Tensile Stress, MD: Break, 23°C, 25 µm: 100 MPa (ISO 527-3)
- Tensile Elongation, MD: Break, 23°C, 25 µm: >100 % (ISO 527-3)
- Dielectric Strength @ 0.25 inch electrode (23°C, 50.0 µm): 200 kV/mm (ASTM D149)
- Dielectric Constant (23°C, 50.0 µm, 10 MHz): 3.6 (ASTM D150)
- Film Thickness — Recommended/Available: 12 to 125 µm
- Density (23°C): 1.45 g/cm³ (ISO 1183)
APTIV™ 1103
APTIV™ 1103 is a mineral-filled, semi-crystalline film produced from VICTREX™ PEEK polymer, available in thicknesses from 12 to 125 µm with a density of 1.54 g/cm³ — the highest density in the APTIV™ 1100 Series. It provides tensile modulus values up to 5500 MPa (MD, 25 µm and 50 µm) and dielectric strength of 200 kV/mm at 50 µm, with thermal conductivity of 0.61 W/m·K through-plane and 1.3 W/m·K in-plane. Compared to the APTIV™ 1000 Series, APTIV™ 1103 delivers a higher modulus and a lower coefficient of linear thermal expansion.
Key Properties
- Tensile Stress, MD: Break, 23°C, 50 µm: 90.0 MPa (ISO 527-3)
- Tensile Elongation, MD: Break, 23°C, 25 µm: >10 % (ISO 527-3)
- Dielectric Strength @ 0.25 inch electrode (23°C, 50.0 µm): 200 kV/mm (ASTM D149)
- Dielectric Constant (23°C, 50.0 µm, 10 MHz): 3.5 (ASTM D150)
- Film Thickness — Recommended/Available: 12 to 125 µm
- Density (23°C): 1.54 g/cm³ (ISO 1183)
APTIV™ 1300
APTIV™ 1300 is a black, unfilled, semi-crystalline film manufactured from VICTREX™ PEEK polymer, available in thicknesses from 50 to 100 µm with a density of 1.30 g/cm³. It delivers high tensile elongation exceeding 150% in both MD and TD directions across all listed gauges, with tensile stress at break up to 120 MPa (MD). The film provides an alternative to the natural-colored APTIV™ 1000 Series where a black film is required.
Key Properties
- Tensile Stress, MD: Break, 23°C, 50 µm: 120 MPa (ISO 527-3)
- Tensile Elongation, MD: Break, 23°C, 50 µm: >150 % (ISO 527-3)
- Dielectric Strength @ 0.25 inch electrode (23°C, 50.0 µm): 190 kV/mm (ASTM D149)
- Volume Resistivity @ 100 V (23°C, 50.0 µm): 4.0E+16 ohms•cm (ASTM D257)
- Film Thickness — Recommended/Available: 50 to 100 µm
- Density (23°C): 1.30 g/cm³ (ISO 1183)
APTIV™ 2000
APTIV™ 2000 is an unfilled, amorphous film manufactured from VICTREX™ PEEK polymer, available in thicknesses from 6 to 300 µm with a density of 1.26 g/cm³. It delivers tensile elongation exceeding 200% in all directions across all listed gauges, with tensile stress at break up to 130 MPa (MD/TD at 25 µm) and a dielectric strength of up to 270 kV/mm at 25 µm. This film will crystallize irreversibly if exposed to temperatures above its glass transition temperature of approximately 143°C (289°F).
Key Properties
- Tensile Stress, MD: 23°C, 25 µm: 130 MPa (ISO 527-3)
- Tensile Elongation, MD: Break, 23°C, 25 µm: >200 % (ISO 527-3)
- Dielectric Strength @ 0.25 inch electrode, 23°C, 25 µm: 270 kV/mm (ASTM D149)
- Dielectric Constant (23°C, 50.0 µm, 10 MHz): 3.3 (ASTM D150)
- Film Thickness — Recommended/Available: 6 to 300 µm
- Density (23°C): 1.26 g/cm³ (ISO 1183)
APTIV™ 2100
APTIV™ 2100 is a mineral-filled, amorphous film manufactured from VICTREX™ PEEK polymer, available in thicknesses of 100 to 125 µm with a density of 1.42 g/cm³. It delivers tensile modulus values up to 3500 MPa (MD, 100 µm) — higher than the unfilled APTIV™ 2000 Series — and is specifically tailored for thermoforming thin-wall components requiring increased stiffness, such as speaker diaphragms. Like all amorphous PEEK grades, APTIV™ 2100 will irreversibly crystallize if exposed to temperatures above its glass transition temperature of approximately 143°C (289°F).
Key Properties
- Tensile Stress, MD: 23°C, 100 µm: 100 MPa (ISO 527-3)
- Tensile Elongation, MD: Break, 23°C, 100 µm: >150 % (ISO 527-3)
- Volume Resistivity @ 100 V (23°C, 50.0 µm): 1.0E+16 ohms•cm (ASTM D257)
- Peak Crystallization Temperature (DSC): 143 °C
- Film Thickness — Recommended/Available: 100 to 125 µm
- Density (23°C): 1.42 g/cm³ (ISO 1183)
APTIV™ XPI A105
APTIV™ XPI A105 is an unfilled, semi-crystalline film manufactured from VICTREX™ PEEK polymer, available at 100 µm with a density of 1.30 g/cm³, and is designed for high-voltage e-motor stator slot liner applications operating at 800 V and above. It delivers a breakdown voltage of 16.2 kV at 23°C, a partial discharge inception voltage of 1199 V at 23°C, and a Relative Thermal Index (Electrical) of 240°C per UL 746B. The film provides outstanding chemical and hydrolysis resistance to water, ATF, oils, and cooling fluids, supporting all cooling concepts from water-based systems to direct oil immersion.
Key Properties
- Tensile Stress, MD: 23°C, 100 µm: 120 MPa (ISO 527)
- Tensile Elongation, MD: 23°C, 100 µm: >150 % (ISO 527)
- Breakdown Voltage 1 kV/s (23°C): 16.2 kV (ASTM D149)
- Dielectric Constant (23°C) 1 kHz: 3.20 (IEC 60250)
- Film Thickness — Recommended/Available: 100 µm
- Density Crystalline (23°C): 1.30 g/cm³ (ISO 1183)
APTIV™ XPI A106
APTIV™ XPI A106 is an unfilled, semi-crystalline film manufactured from VICTREX™ PEEK polymer, available at 125 µm with a density of 1.30 g/cm³, engineered for high-voltage e-motor stator slot liner applications at 800 V and above. It delivers a breakdown voltage of 18.9 kV at 23°C, a partial discharge inception voltage of 1267 V at 23°C, and a Relative Thermal Index (Electrical) of 240°C per UL 746B. The film provides outstanding resistance to water, ATF, oils, and cooling fluids, supporting all cooling concepts from water-based systems to direct oil immersion.
Key Properties
- Tensile Stress, MD: 23°C, 125 µm: 120 MPa (ISO 527)
- Tensile Elongation, MD: 23°C, 125 µm: >150 % (ISO 527)
- Breakdown Voltage 1 kV/s (23°C): 18.9 kV (ASTM D149)
- Dielectric Constant (23°C) 1 kHz: 3.20 (IEC 60250)
- Film Thickness — Recommended/Available: 125 µm
APTIV™ XPI A107
APTIV™ XPI A107 is an unfilled, semi-crystalline film manufactured from VICTREX™ PEEK polymer, available at 150 µm with a density of 1.30 g/cm³, engineered for high-voltage e-motor stator slot liner applications at 800 V and above. It delivers a breakdown voltage of 21.6 kV at 23°C, a partial discharge inception voltage of 1280 V at 23°C, and a Relative Thermal Index (Electrical) of 240°C per UL 746B. The film provides outstanding resistance to water, ATF, oils, and cooling fluids, supporting all cooling concepts from water-based systems to direct oil immersion.
Key Properties
- Tensile Stress, MD: 23°C, 150 µm: 110 MPa (ISO 527)
- Tensile Elongation, MD: 23°C, 150 µm: >150 % (ISO 527)
- Breakdown Voltage 1 kV/s (23°C): 21.6 kV (ASTM D149)
- Dielectric Constant (23°C) 1 kHz: 3.20 (IEC 60250)
- Film Thickness — Recommended/Available: 150 µm
- Density Crystalline (23°C): 1.30 g/cm³ (ISO 1183)
APTIV™ XPI A108
APTIV™ XPI A108 is an unfilled, semi-crystalline film manufactured from VICTREX™ PEEK polymer, available at 200 µm with a density of 1.30 g/cm³, engineered for high-voltage e-motor stator slot liner applications at 800 V and above. It delivers the highest breakdown voltage in the XPI A-series at 25.9 kV (23°C), a partial discharge inception voltage of 1526 V at 23°C, and a Relative Thermal Index (Electrical) of 240°C per UL 746B. The film provides outstanding resistance to water, ATF, oils, and cooling fluids, supporting all cooling concepts from water-based systems to direct oil immersion.
Key Properties
- Tensile Stress, MD: 23°C, 200 µm: 110 MPa (ISO 527)
- Tensile Elongation, MD: 23°C, 200 µm: >150 % (ISO 527)
- Breakdown Voltage 1 kV/s (23°C): 25.9 kV (ASTM D149)
- Dielectric Constant (23°C) 1 kHz: 3.20 (IEC 60250)
- Film Thickness — Recommended/Available: 200 µm
- Density Crystalline (23°C): 1.30 g/cm³ (ISO 1183)
APTIV™ XPI B105
APTIV™ XPI B105 is a mineral-filled, semi-crystalline film manufactured from VICTREX™ PEEK polymer, available at 100 µm with a density of 1.45 g/cm³, engineered for high-voltage e-motor stator slot liner applications at 800 V and above. It delivers enhanced through-plane thermal conductivity of 0.43 W/m·K — significantly higher than the unfilled XPI A-series — a breakdown voltage of 16.5 kV at 23°C, a partial discharge inception voltage of 1187 V at 23°C, and a Relative Thermal Index (Electrical) of 240°C per UL 746B. The TDS specifically describes B105 as providing enhanced thermal conductivity at minimal slot liner thickness for ultra-low thermal resistance.
Key Properties
- Tensile Stress, MD: 23°C, 100 µm: 100 MPa (ISO 527)
- Tensile Elongation, MD: 23°C, 100 µm: >100 % (ISO 527)
- Breakdown Voltage 1 kV/s (23°C): 16.5 kV (ASTM D149)
- Dielectric Constant (23°C) 1 kHz, tested on resin feedstock: 3.20 (IEC 60250)
- Film Thickness — Recommended/Available: 100 µm
- Density Crystalline (23°C): 1.45 g/cm³ (ISO 1183)
6085-03
6085-03 is a PTFE-coated woven fiberglass tape with a high-temperature silicone adhesive, supplied in the thinnest gauge of the 6085 family at 0.005" overall thickness (0.0028" PTFE-coated woven fiberglass substrate / 0.0022" silicone adhesive). The combination of PTFE non-stick surface chemistry with a woven fiberglass reinforced substrate delivers dimensional stability, excellent tensile strength, and exceptional wear life suitable for heat-sealing machines, shrink-wrapping equipment, and sliding wear applications. Operating temperature spans −100°F to 500°F continuous. Peel adhesion is 40 oz/in of width with 5,000 V dielectric strength.
Key Properties
- Peel Adhesion (Nominal): 40 oz/in of width
- Dielectric Strength (Nominal): 5,000 volts
- Operating Temperature (Continuous): −100°F to 500°F
- Overall Thickness: 0.005" (nominal)
- Substrate: PTFE-coated woven fiberglass ("E" Type)
- Adhesive: High Temperature Silicone, Permanent
6085-05
6085-05 is a PTFE-coated woven fiberglass tape with a high-temperature silicone adhesive, supplied at 0.0068" overall thickness (0.0046" PTFE-coated woven fiberglass substrate / 0.0022" silicone adhesive). The combination of PTFE non-stick surface chemistry with a woven fiberglass reinforced substrate delivers dimensional stability, excellent tensile strength, and exceptional wear life suitable for heat-sealing machines, shrink-wrapping equipment, and sliding wear applications. Operating temperature spans −100°F to 500°F continuous. Peel adhesion is 48 oz/in of width with 6,000 V dielectric strength.
Key Properties
- Peel Adhesion (Nominal): 48 oz/in of width
- Dielectric Strength (Nominal): 6,000 volts
- Operating Temperature (Continuous): −100°F to 500°F
- Overall Thickness: 0.0068" (nominal)
- Substrate: PTFE-coated woven fiberglass ("E" Type)
- Adhesive: High Temperature Silicone, Permanent
6085-06
6085-06 is a PTFE-coated woven fiberglass tape with a high-temperature silicone adhesive, supplied at 0.0077" overall thickness (0.0055" PTFE-coated woven fiberglass substrate / 0.0022" silicone adhesive). The combination of PTFE non-stick surface chemistry with a woven fiberglass reinforced substrate delivers dimensional stability, excellent tensile strength, and exceptional wear life suitable for heat-sealing machines, shrink-wrapping equipment, and sliding wear applications. Operating temperature spans −100°F to 500°F continuous. Peel adhesion is 45 oz/in of width with 8,000 V dielectric strength.
Key Properties
- Peel Adhesion (Nominal): 45 oz/in of width
- Dielectric Strength (Nominal): 8,000 volts
- Operating Temperature (Continuous): −100°F to 500°F
- Overall Thickness: 0.0077" (nominal)
- Substrate: PTFE-coated woven fiberglass ("E" Type)
- Adhesive: High Temperature Silicone, Permanent
6085-10
6085-10 is a PTFE-coated woven fiberglass tape with a high-temperature silicone adhesive, supplied at 0.012" overall thickness (0.0092" PTFE-coated woven fiberglass substrate / 0.0028" silicone adhesive — the heaviest adhesive layer in the 6085 family). The combination of PTFE non-stick surface chemistry with a robust woven fiberglass reinforced substrate delivers dimensional stability, excellent tensile strength, and exceptional wear life suitable for heat-sealing machines, shrink-wrapping equipment, and heavy-duty sliding wear applications. Operating temperature spans −100°F to 500°F continuous. Peel adhesion is 55 oz/in of width with 9,500 V dielectric strength.
Key Properties
- Peel Adhesion (Nominal): 55 oz/in of width
- Dielectric Strength (Nominal): 9,500 volts
- Operating Temperature (Continuous): −100°F to 500°F
- Overall Thickness: 0.012" (nominal)
- Substrate: PTFE-coated woven fiberglass ("E" Type)
- Adhesive: High Temperature Silicone, Permanent (0.0028" — heaviest in family)
6085-14
6085-14 is the heaviest-gauge member of the 6085 PTFE-coated woven fiberglass tape family, supplied at 0.017" overall thickness (0.0140" PTFE-coated woven fiberglass substrate / 0.003" silicone adhesive). The combination of PTFE non-stick surface chemistry with the heaviest woven fiberglass reinforced substrate in the family delivers maximum dimensional stability, tensile strength, and wear life — supporting the most demanding heat-sealing, shrink-wrapping, and high-load sliding wear applications. Operating temperature spans −100°F to 500°F continuous. Peel adhesion is 55 oz/in of width with 10,500 V dielectric strength — the highest in the 6085 series.
Key Properties
- Peel Adhesion (Nominal): 55 oz/in of width
- Dielectric Strength (Nominal): 10,500 volts (highest in 6085 series)
- Operating Temperature (Continuous): −100°F to 500°F
- Overall Thickness: 0.017" (nominal — heaviest in family)
- Substrate: PTFE-coated woven fiberglass ("E" Type), 0.0140"
6113-05 Virgin, Skived PTFE
6113-05 is a single-coated thin-gauge PTFE film tape constructed with a 0.005" virgin skived PTFE substrate and 0.002" of acrylic adhesive, for a 0.007" total nominal thickness. The thin PTFE gauge produces high elongation and conformability for wire-wrap and insulation applications, with 13,500 volts dielectric strength supporting use as a high-voltage electrical insulation tape. Peel adhesion is 50 oz/in of width. Operating temperature spans −40°F to 350°F continuous.
Key Properties
- Peel Adhesion (Nominal): 50 oz/in of width
- Dielectric Strength (Nominal): 13,500 volts
- Operating Temperature (Continuous): −40°F to 350°F
- Substrate Thickness: 0.005" virgin skived PTFE
- Adhesive Thickness: 0.002" acrylic
- Overall Thickness: 0.007" (nominal)
6113-10 PTFE Film Tape
6113-10 is a single-coated PTFE film tape constructed with a 0.010" skived virgin PTFE film carrier and 0.002" of acrylic adhesive, for a 0.012" total nominal thickness. The skived virgin PTFE provides a very low coefficient of friction with chemical resistance and conformability, supporting applications including wear stripping, lining, chemical-resistant surface protection, and shrink wrap thermal tape. Peel adhesion is 70 oz typical (55 oz minimum) per ASTM D3330 Method A. Operating temperature range is −40°F to 350°F.
Key Properties
- Peel Adhesion (Typical): 70 oz (ASTM D3330 Method A)
- Peel Adhesion (Minimum): 55 oz (ASTM D3330 Method A)
- Operating Temperature: −40°F to 350°F
- Substrate Thickness: 0.010" PTFE film (nominal)
- Adhesive Thickness: 0.002" acrylic (nominal)
- Overall Thickness: 0.012" (nominal)
DeWAL® DW2000
DeWAL® DW2000 is an unsupported skived polytetrafluoroethylene (PTFE) film manufactured by Rogers Corporation, supplied to close tolerance on width and thickness across a 0.0005" to 0.040" thickness range. The film conforms to ASTM D3308 Type II and SAE AMS 3662C, and is Food Grade compliant under FDA 21 CFR 177.1550. Performance includes 260°C (500°F) maximum operating temperature, 2,598 V/mil typical dielectric strength per ASTM D149, 46 MPa (6,727 psi) tensile strength, and 390% elongation per ASTM D882. Maximum supplied width is 1,270 mm (50 inches).
Key Properties
- Maximum Operating Temperature: 260°C (500°F)
- Dielectric Strength (Typical): 2,598 V/mil (ASTM D149 @ 0.002" thick)
- Tensile Strength (Typical): 46 MPa / 6,727 psi (ASTM D882 @ 0.002" thick)
- Elongation (Typical): 390% (ASTM D882 @ 0.002" thick)
- Density (Typical): 2.16 g/cc (ASTM D792)
- Thickness Range: 0.0005" to 0.040" (0.0127–1.02 mm)
Nomex® 410 Aramid Electrical Insulation Paper
Nomex® 410 is an aramid insulation paper offering high inherent dielectric strength, mechanical toughness, flexibility, and resilience, available in 10 thicknesses ranging from 0.05 mm to 0.76 mm (2 mil to 30 mil). It is recognized by Underwriters Laboratories as a 220°C insulating material and retains useful mechanical and dielectric properties from cryogenic temperatures (–196°C) up to 400°C. Nomex® 410 is used in almost every known electrical sheet insulation application.
Key Properties
- Tensile Strength (0.25 mm/10 mil): MD 296 N/cm, XD 161 N/cm — ASTM D828
- Elongation (0.25 mm/10 mil): MD 22%, XD 18% — ASTM D828
- Dielectric Strength, AC Rapid Rise (0.25 mm/10 mil): 845 V/mil (33 kV/mm) — ASTM D1491
- Temperature Resistance: Recognized 220°C insulating material (UL); retains useful properties from –196°C to 400°C
- Thickness Range: 0.05–0.76 mm (2–30 mil), 10 standard grades — ASTM D3741
- Density (0.25 mm/10 mil): 0.96 g/cc
Nomex® 818 Calendered Aramid-Mica Insulation Paper
Nomex® 818 is a calendered blend of aramid and mica paper designed for high-voltage applications, including motor conductor and coil wrap, transformer ground and layer insulation. It offers high inherent dielectric strength (700–1,000 V/mil) and increased voltage endurance compared to Nomex® 410 when subjected to corona attack. Nomex® 818 is available in five thicknesses ranging from 0.08 mm to 0.25 mm (3 mil to 10 mil).
Key Properties
- Tensile Strength (0.13 mm/5 mil): MD 52 N/cm, XD 38 N/cm — ASTM D828
- Elongation (0.13 mm/5 mil): MD 3.0%, XD 3.4% — ASTM D828
- Dielectric Strength, AC Rapid Rise (0.13 mm/5 mil): 890 V/mil (35.0 kV/mm) — ASTM D149
- Temperature Resistance: Recognized 220°C insulating material; retains ≥50% tensile strength and elongation up to 250°C
- Thickness Range: 0.08–0.25 mm (3–10 mil), 5 standard grades — ASTM D374
- Density (0.13 mm/5 mil): 1.13 g/cc
Nomex® Laminate Type NMN Aramid Paper / Polyester Film Triplex Laminate
Nomex® Laminate Type NMN is a triplex laminate constructed of calendered Nomex® paper bonded to polyester film with a proprietary high-temperature adhesive system, designed not to delaminate or blister at high temperatures. The polyester film core contributes high dielectric strength along with good initial tear strength and tensile properties, while the calendered Nomex® paper outer layers provide long-term thermal stability and improved propagation tear strength. Type NMN is recognized in UL insulation systems for both Class F and Class H motors and generators.
Key Properties
- MD Tensile Strength (NMN 3-5-3, 0.012 in): 175 lb/in width — ASTM D882
- XD Tensile Strength (NMN 3-5-3, 0.012 in): 150 lb/in width — ASTM D882
- Dielectric Strength (NMN 3-5-3, 0.012 in): 17,000 volts — ASTM D149
- MD/XD Tear Strength (NMN 3-5-3, 0.012 in): 26 lbs / 18 lbs — ASTM D1004
- Thickness Range: 0.007–0.021 in nominal across 11 standard constructions — ASTM D374
- Temperature Rating: UL-recognized insulation system for Class F and Class H motors and generators
Nomex® Type 411 Uncalendered Aramid Insulation Paper
Nomex® Type 411 is the uncalendered precursor of Nomex® Type 410, available in five thicknesses from 0.13 mm to 0.58 mm (5 mil to 23 mil) with a density of 0.3, giving it correspondingly lower electrical and mechanical properties and higher bulk than Type 410. It is used in applications such as motor phase insulation and transformer coil end filler where high bulk and conformability are of prime importance, and its increased impregnability and saturability make it suitable for cast resin turn and layer insulation.
Key Properties
- Tensile Strength (0.25 mm/10 mil): MD 35 N/cm, XD 20 N/cm — ASTM D828
- Elongation (0.25 mm/10 mil): MD 3.4%, XD 5.2% — ASTM D828
- Dielectric Strength, AC Rapid Rise (0.25 mm/10 mil): 240 V/mil (9 kV/mm) — ASTM D149
- Temperature Resistance: Recognized 220°C insulating material; Limiting Oxygen Index 28.5% at room temperature (0.13 mm/5 mil)
- Thickness Range: 0.13–0.58 mm (5–23 mil), 5 standard grades — TAPPI-411
- Density (0.25 mm/10 mil): 0.31 g/cc
Nomex® Type 414 High Density
Nomex® Type 414 is designed for applications requiring a strong, yet flexible and conformable sheet. It is electrically and thermally similar to Nomex® Type 410, but is calendered under different conditions to provide its unique properties, and is produced in five thicknesses from 0.09 mm to 0.38 mm (3.4 mil to 15 mil) with a density from 0.9 to 1.0. Type 414 was designed for use as slot insulation in hand-wound motors and for linear wrapping of wire.
Key Properties
- Tensile Strength (0.25 mm/10 mil): MD 229 N/cm, XD 119 N/cm — ASTM D828
- Elongation (0.25 mm/10 mil): MD 13%, XD 16% — ASTM D828
- Dielectric Strength, AC Rapid Rise (0.25 mm/10 mil): 740 V/mil (29 kV/mm) — ASTM D149
- Temperature Resistance: Recognized 220°C insulating material; reacts similarly to temperature changes up to 220°C as Type 410
- Thickness Range: 0.09–0.38 mm (3.4–15 mil), 5 standard grades — ASTM D374
- Density (0.25 mm/10 mil): 0.95 g/cc
ManniGlas® 1200
ManniGlas® 1200 is a premium grade, non-respirable glass fiber paper manufactured from electrical grade glass fibers, available in standard thicknesses of 0.015", 0.030", 0.060", and 0.125" (0.38, 0.76, 1.52, and 3.18 mm). It withstands humidity and continuous operating temperatures up to 1200°F (640°C) without shrinkage — a higher continuous rating than the ManniGlas® 1900/1902/2000 series — and achieves a LOI of 6% by weight. The material is positioned on the TDS as a premium grade, low-cost alternative to silicone and ceramic fiber gasketing materials.
Key Properties
- Machine Direction Tensile Strength, 0.060": 44 lb/in (20 kg/25 mm)
- Cross Directional Tensile Strength, 0.060": 47 lb/in (21 kg/25 mm)
- Density — Post Compression, 0.060": 11.5 pcf (0.18 g/cc)
- Continuous Operating Temperature: Up to 1200°F (640°C) without shrinkage
- Thickness Range: 0.015", 0.030", 0.060", 0.125"
- Flame Rating: UL 94V-0 — Compliant (excluding certain specialty grades)
ManniGlas® 1900
ManniGlas® 1900 is a white, non-respirable glass fiber paper designed for thermal gasket and insulation applications, available in thicknesses of 1/32", 1/16", 1/8", and 1/4" with post-compression densities of 7 to 11.5 lb/ft³ depending on gauge. It withstands continuous operating temperatures up to 1100°F with excursion capability to 1200°F, and achieves a LOI of 6% by weight. The material passes UL 94V-0 for non-flammability (excluding certain specialty grades), is ROHS compliant, and REACH compliant.
Key Properties
- Machine Direction Tensile Strength, 1/8": 40 lb/in
- Cross Directional Tensile Strength, 1/8": 30 lb/in
- Density — Post Compression, 1/8": 7 lb/ft³
- Continuous Operating Temperature: Up to 1100°F, excursion 1200°F
- Thickness Range: 1/32", 1/16", 1/8", 1/4"
- Flame Rating: UL 94V-0 — Pass (excluding certain specialty grades)
ManniGlas® 1902
ManniGlas® 1902 is a black, non-respirable glass fiber paper designed for thermal gasket and insulation applications, available in thicknesses of 1/32", 1/16", 1/8", and 1/4" with post-compression densities of 7 to 11.5 lb/ft³ depending on gauge. It withstands continuous operating temperatures up to 1100°F with excursion capability to 1200°F, and achieves a LOI of 6% by weight. The material passes UL 94V-0 for non-flammability (excluding certain specialty grades), is ROHS compliant, and REACH compliant.
Key Properties
- Machine Direction Tensile Strength, 1/8": 40 lb/in
- Cross Directional Tensile Strength, 1/8": 30 lb/in
- Density — Post Compression, 1/8": 7 lb/ft³
- Continuous Operating Temperature: Up to 1100°F, excursion 1200°F
- Thickness Range: 1/32", 1/16", 1/8", 1/4"
- Flame Rating: UL 94V-0 — Pass (excluding certain specialty grades)
ManniGlas® 2000
ManniGlas® 2000 is a non-respirable glass fiber paper designed for thermal gasket and insulation applications, available in thicknesses of 1/16", 1/8", and 1/4" with post-compression densities of 6.5 to 11 lb/ft³ depending on gauge. It withstands continuous operating temperatures up to 1100°F with excursion capability to 1200°F and achieves a LOI of 6% by weight. The material passes UL 94V-0 for non-flammability (excluding certain specialty grades), is ROHS compliant, and REACH compliant.
Key Properties
- Machine Direction Tensile Strength, 1/8": 33 lb/in
- Cross Directional Tensile Strength, 1/8": 34 lb/in
- Density — Post Compression, 1/8": 7.1 lb/ft³
- Continuous Operating Temperature: Up to 1100°F, excursion 1200°F
- Thickness Range: 1/16", 1/8", 1/4"
- Flame Rating: UL 94V-0 — Pass (excluding certain specialty grades)
Mica Tape HT Winding without Accelerator
Mica Tape HT Winding without Accelerator is a mica paper winding insulation tape built from a woven glass fabric carrier, an impregnated muscovite mica paper, and a polyester fleece covering, with a total weight of 241 ± 15 g/m² (7.11 ± 0.44 oz/yd²) and a thickness of 0.18 ± 0.02 mm (7.09 ± 0.79 mil). It contains no accelerator and is rated for thermal class F (155°C) electrical insulation systems, designed for use in vacuum pressure impregnation (VPI) processing with a polyesterimide resin. Its porosity of ≤2000 s/100ml provides very good impregnability, and its polyester fleece covering allows additional processing stress during flexible coil manufacture.
Key Properties
- Thickness: 0.18 ± 0.02 mm (7.09 ± 0.79 mil)
- Glass Fabric Content: 23 ± 2 g/m² (0.68 ± 0.06 oz/yd²)
- Mica Paper Content: 160 ± 10 g/m² (4.72 ± 0.29 oz/yd²)
- Total Weight: 241 ± 15 g/m² (7.11 ± 0.44 oz/yd²)
- Resin Content: 38 ± 8 g/m² (1.12 ± 0.24 oz/yd²)
- Polyester Fleece Content: 20 ± 3 g/m² (0.59 ± 0.09 oz/yd²)
Phlogopite Rigid Sheet
Phlogopite Rigid Sheet is available in grades P and PC — rigid mica laminates composed of Cogemica Phlogopite mica bonded with a resin binder, rated for continuous service at 700°C and intermittent exposure to 1000°C. The material provides a dielectric strength of 25 kV/mm at 20°C and compressive strength of up to 330 MPa (P) / 310 MPa (PC) at room temperature. Grade PC is the desmoked version of grade P, engineered to release very low fumes during first heating above 250°C.
Key Properties
- Heat Resistance (Continuous / Intermittent Service): 700°C / 1000°C
- Thermal Conductivity (Perpendicular / Parallel): 0.3 W·m⁻¹·K⁻¹ / 3 W·m⁻¹·K⁻¹
- Dielectric Strength, 20°C: 25 kV·mm⁻¹
- Compressive Strength, 20°C: P: 330 MPa / PC: 310 MPa
- Volume Resistivity, 20°C: > 10¹⁶ Ω·cm
- Fire Resistance Classification: UL 94 94V-0; BS 476 Class 1
Phlogopite Flexible Sheet
Phlogopite Flexible Sheet is a flexible mica sheet (grade 132-1P) made from Phlogopite Cogemica mica paper impregnated with a heat-resistant binder and polymerized by heat treatment, and is entirely free of asbestos. The material retains its intrinsic properties to 700°C in continuous service and 1000°C in intermittent service, with dielectric strength greater than 20 kV/mm. It is formable at room temperature and cuts cleanly by shearing or die-stamping.
Key Properties
- Thickness: 0.1 to 2 mm — Informative value
- Cogemica Content: 93-96% — IEC 371-2
- Heat Resistance, Continuous Service: 700°C
- Heat Resistance, Intermittent Service: 1000°C
- Dielectric Strength: >20 KV/mm — IEC 243-1 (23°C)
- Flame Resistance: V-0 — UL 94
Phlogopite Gasket Sheet HP5J 710
Phlogopite Gasket Sheet HP5J 710 is a phlogopite mica paper gasket sheet rated for continuous service at temperatures up to 1000°C (1832°F), with intermittent resistance to 1100°C (2012°F). It withstands a maximum operating pressure of 5 bar and is supplied in sheet form (1000 x 1200 mm) in thicknesses from 0.10 to 3.00 mm. A special pressing process gives Grade 710 higher tensile strength and lower compressibility than the roll-supplied Grade 730 alternative.
Key Properties
- Mica Type: Phlogopite mica paper
- Tensile Strength: 20 N/mm² (Grade 710)
- Temperature Range, Continuous/Intermittent: <1000°C / <1100°C
- Max Pressure: 5 bar
- Thickness: 0.10 – 3.00 mm
- Delivery Form: Sheets, 1000 x 1200 mm (Grade 710); also available as rolls, 1000 mm wide (Grade 730)
Mica Fire Barrier Sheet – Standard
Mica Fire Barrier Sheet - Standard is a rigid mica sheet composed of approximately 90% Cogebi Muscovite or Phlogopite mica impregnated with a proprietary high-temperature-resistant silicone resin, supplied in five grades (505.2, 505.3, 505.4, 505.2P, 505.3P) in thicknesses from 0.1 to 1.5 mm. Muscovite grades (505.2, 505.3, 505.4) are rated for continuous service at 500°C and intermittent service to 800°C, while Phlogopite grades (505.2P, 505.3P) are rated for continuous service at 700°C and intermittent service to 1000°C, with dielectric strength greater than 25 kV/mm across the series. The series is UL-94V-O certified (E67143 M) and conforms to IEC 371-3-3 for high-temperature electrical insulation applications.
Key Properties
- Mica Content: ca. 90% (all grades) — IEC 371-2
- Thickness: 0.1–1.5 mm (all grades) — IEC 371-2
- Density: 2.15 (505.2, 505.3, 505.2P, 505.3P); 2.25 (505.4) — IEC 371-2
- Heat Resistance, Continuous Service: 500°C (505.2, 505.3, 505.4); 700°C (505.2P, 505.3P)
- Heat Resistance, Intermittent Service: 800°C (505.2, 505.3, 505.4); 1000°C (505.2P, 505.3P)
- Edge Strength: >1.3 kg/0.1mm (505.2, 505.3); >1.6 kg/0.1mm (505.4); >1 kg/0.1mm (505.2P, 505.3P) — in house
Mica Fire Barrier Sheet – Shield T Class
Mica Fire Barrier Sheet - Shield T Class is a mica-composite fire and thermal barrier sheet built as a compressible-core sandwich construction, offered in two series — Mica Fire Barrier Sheet - Shield T Class 41-M (fiber-mat core, grades T41-M-3 through T41-M-8, nominal thickness 3.5±1 to 8.5±1 mm) and Mica Fire Barrier Sheet - Shield T Class 50 (Aerogel-mat core, grades T50-1.5 through T50-5, nominal thickness 2.0±0.5 to 5.5±0.5 mm) — both rated UL94 V0 for vertical flammability. The material is designed as an inter-cell spacer for prismatic and pouch lithium-ion battery modules, providing low through-thickness thermal conductivity (0.05–0.07 W/m·K for Mica Fire Barrier Sheet - Shield T Class 41-M; 0.025–0.080 W/m·K for Mica Fire Barrier Sheet - Shield T Class 50) to delay heat transmission from a single-cell thermal event. Both series combine high electrical insulation (break-down voltage >8 kV to >12 kV for Mica Fire Barrier Sheet - Shield T Class 41-M; >2.5 kV/mm for Mica Fire Barrier Sheet - Shield T Class 50) with a compressible core that accommodates cell swelling and contraction over pack life.
Key Properties
- Nominal Thickness (at 0.5 kPa compression): Mica Fire Barrier Sheet - Shield T Class 41-M: 3.5±1 to 8.5±1 mm (0.138±0.039 to 0.335±0.039 in) across grades T41-M-3–T41-M-8; Mica Fire Barrier Sheet - Shield T Class 50: 2.0±0.5 to 5.5±0.5 mm (0.079±0.020 to 0.217±0.020 in) across grades T50-1.5–T50-5
- Vertical Flammability (UL94): V0 — Mica Fire Barrier Sheet - Shield T Class 41-M series and Mica Fire Barrier Sheet - Shield T Class 50 series
- Thermal Conductivity, ⊥ to sheet direction: Mica Fire Barrier Sheet - Shield T Class 41-M: 0.05–0.06 W/m·K @60°C, 0.07 W/m·K @150°C; Mica Fire Barrier Sheet - Shield T Class 50: 0.025 W/m·K @60°C, 0.080 W/m·K @750°C
- Compressibility: Compressible fiber-mat core (Mica Fire Barrier Sheet - Shield T Class 41-M) or Aerogel-mat core (Mica Fire Barrier Sheet - Shield T Class 50) between mica-composite facings; compression response evaluated over an applied-pressure range of 0 to 2 MPa, varying by grade
- Total Areal Weight Density: Mica Fire Barrier Sheet - Shield T Class 41-M: 680±80 to 1400±120 g/m² (20.1±2.4 to 41.3±3.5 oz/yd²) across grades; Mica Fire Barrier Sheet - Shield T Class 50: 850±250 to 1500±250 g/m² (25.1±7.4 to 44.2±7.4 oz/yd²) across grades
- Break-down (Dielectric) Voltage: Mica Fire Barrier Sheet - Shield T Class 41-M: >8 kV (T41-M-3, T41-M-4) to >12 kV (T41-M-5, T41-M-6, T41-M-8); Mica Fire Barrier Sheet - Shield T Class 50: >2.5 kV/mm
Muscovite Rigid Sheet – Standard
Muscovite Rigid Sheet - Standard is a rigid mica sheet composed of approximately 90% Cogebi Muscovite or Phlogopite mica impregnated with a proprietary high-temperature-resistant silicone resin, supplied in five grades (505.2, 505.3, 505.4, 505.2P, 505.3P) in thicknesses from 0.1 to 1.5 mm. Muscovite grades (505.2, 505.3, 505.4) are rated for continuous service at 500°C and intermittent service to 800°C, while Phlogopite grades (505.2P, 505.3P) are rated for continuous service at 700°C and intermittent service to 1000°C, with dielectric strength greater than 25 kV/mm across the series. The series is UL-94V-O certified (E67143 M) and conforms to IEC 371-3-3 for high-temperature electrical insulation applications.
Key Properties
- Mica Content: ca. 90% (all grades) — IEC 371-2
- Thickness: 0.1–1.5 mm (all grades) — IEC 371-2
- Density: 2.15 (505.2, 505.3, 505.2P, 505.3P); 2.25 (505.4) — IEC 371-2
- Heat Resistance, Continuous Service: 500°C (505.2, 505.3, 505.4); 700°C (505.2P, 505.3P)
- Heat Resistance, Intermittent Service: 800°C (505.2, 505.3, 505.4); 1000°C (505.2P, 505.3P)
- Edge Strength: >1.3 kg/0.1mm (505.2, 505.3); >1.6 kg/0.1mm (505.4); >1 kg/0.1mm (505.2P, 505.3P) — in house
Muscovite Rigid Sheet – FR Arc Rated
Muscovite Rigid Sheet - FR Arc Rated is a rigid mica sheet composed of approximately 90% Cogebi Muscovite or Phlogopite mica impregnated with a proprietary high-temperature-resistant silicone resin, supplied in five grades (505.2, 505.3, 505.4, 505.2P, 505.3P) in thicknesses from 0.1 to 1.5 mm. Muscovite grades (505.2, 505.3, 505.4) are rated for continuous service at 500°C and intermittent service to 800°C, while Phlogopite grades (505.2P, 505.3P) are rated for continuous service at 700°C and intermittent service to 1000°C, with dielectric strength greater than 25 kV/mm across the series. The series is UL-94V-O certified (E67143 M) and conforms to IEC 371-3-3 for high-temperature electrical insulation applications.
Key Properties
- Mica Content: ca. 90% (all grades) — IEC 371-2
- Thickness: 0.1–1.5 mm (all grades) — IEC 371-2
- Density: 2.15 (505.2, 505.3, 505.2P, 505.3P); 2.25 (505.4) — IEC 371-2
- Heat Resistance, Continuous Service: 500°C (505.2, 505.3, 505.4); 700°C (505.2P, 505.3P)
- Heat Resistance, Intermittent Service: 800°C (505.2, 505.3, 505.4); 1000°C (505.2P, 505.3P)
- Edge Strength: >1.3 kg/0.1mm (505.2, 505.3); >1.6 kg/0.1mm (505.4); >1 kg/0.1mm (505.2P, 505.3P) — in house
Muscovite Flexible Sheet – Cogebi Flexible Cogemicanite
Muscovite Flexible Sheet - Cogebi Flexible Cogemicanite is a flexible mica sheet (grade 132-2) made from Muscovite Cogemica mica paper impregnated with a heat-resistant binder and polymerized by heat treatment, and is entirely free of asbestos. The material retains its intrinsic properties to 500°C in continuous service and 800°C in intermittent service, with dielectric strength greater than 20 kV/mm. It is formable at room temperature and cuts cleanly by shearing or die-stamping.
Key Properties
- Thickness: 0.1 to 2 mm — Informative value
- Cogemica Content: 91-94% — IEC 371-2
- Heat Resistance, Continuous Service: 500°C
- Heat Resistance, Intermittent Service: 800°C
- Dielectric Strength: >20 KV/mm — IEC 243-1 (23°C)
- Flame Resistance: V-0 — UL 94
Mica Tape HT Winding with Accelerator
Mica Tape HT Winding with Accelerator is a flexible woven glass fabric tape impregnated with muscovite mica paper and containing an accelerator, produced to a nominal thickness of 0.15 ± 0.03 mm. It is designed for main wall insulation of vacuum pressure impregnated (VPI) high voltage motor coils and is suitable for thermal class F (155°C) electrical insulation systems. The tape is primarily formulated for use with epoxy-anhydride VPI resin systems.
Key Properties
- Thickness: 0.15 ± 0.03 mm (IEC 60371-2)
- Mica Paper Weight: 160 ± 10 g/m² (IEC 60371-2)
- Glass Fabric Weight: 23 ± 2 g/m² (IEC 60371-2)
- Resin Content: 17 ± 3 g/m² (IEC 60371-2)
- Thermal Class: F (155°C) (IEC 60085)
- Breakdown Voltage: ≥1.5 kV (IEC 60371-2)
Durostone® EPC 203
Durostone EPC 203 is an epoxy (EP) resin composite reinforced with E-glass fine fabric, delivering 16 kV/mm electric strength under oil and a Temperature Index of 155 with Insulation Class F. The material provides 450 MPa flexural strength perpendicular to lamination, 350 MPa tensile strength parallel to lamination, and water absorption below 0.1%. Engineered for transformers, motors, generators, and electrical insulation components.
Key Properties
- Density: 1.85 g/cm³ (ISO 1183)
- Tensile Strength ∥: 350 MPa (ISO 527)
- Flexural Strength ⊥: 450 MPa (ISO 178)
- Electric Strength 90°C Under Oil ⊥: 16 kV/mm (IEC 60243)
- Temperature Index: 155 (IEC 60216) — Insulation Class F (IEC 60085)
- Water Absorption (4 mm): < 0.1% (ISO 62)
Durostone® EPX-M
Durostone EPX-M is a filament-wound fiber-reinforced composite built from a special epoxy (EP) resin matrix and E-glass roving, delivering 800 MPa tensile strength parallel to lamination and a Temperature Index of 180 with Insulation Class H. The material provides 700 MPa flexural strength perpendicular to lamination, a Tg of 150°C, and CTI 225 for demanding industrial and electrical service. Engineered for generators, motors, oil-filled transformers, and hydrogen energy applications.
Key Properties
- Density: 2.1 g/cm³ (ISO 1183)
- Tensile Strength ∥: 800 MPa (ISO 527)
- Flexural Strength ⊥: 700 MPa (ISO 178)
- Temperature Index: 180 (IEC 60216) — Insulation Class H (IEC 60085)
- Tg-Value: 150°C (DSC)
- Comparative Tracking Index: 225 (EN 60112)
Durostone® UPM 203
Durostone UPM 203 is a polyester (UP) resin composite reinforced with an E-glass roving mat, conforming to UPGM 203 per EN 60893 and rated UL 94 V-0 at 3 mm. The material delivers 130 MPa flexural strength perpendicular to lamination, 12 kV/mm electric strength under oil at 90°C, a Comparative Tracking Index of 600, and Insulation Class F. Engineered for switchgear, renewable energy, and electrical insulating applications.
Key Properties
- Density: 1.85 g/cm³ (ISO 1183)
- Tensile Strength ∥: 70 MPa (ISO 527)
- Flexural Strength ⊥: 130 MPa (ISO 178)
- Flammability: UL 94 V-0 / 3 mm
- Electric Strength 90°C Under Oil ⊥: 12 kV/mm (IEC 60243)
- Comparative Tracking Index: 600 (IEC 60112) — Insulation Class F (IEC 60085)
Durostone® UPM S16
Durostone UPM S16 is a high-pressure laminate built from a special polyester (UP) resin matrix reinforced with an E-glass roving mat, delivering 200 MPa flexural strength perpendicular to lamination and 12 kV/mm electric strength under oil at 90°C. The material is rated UL 94 V-0 at 3 mm with a Comparative Tracking Index of 600. Engineered for switchgear, electrical insulation components, power distribution equipment, and high-voltage applications.
Key Properties
- Density: 1.87 g/cm³ (ISO 1183)
- Tensile Strength ∥: 100 MPa (ISO 527)
- Flexural Strength ⊥: 200 MPa (ISO 178)
- Flammability: UL 94 V-0 / 3 mm
- Electric Strength 90°C Under Oil ⊥: 12 kV/mm (IEC 60243)
- Comparative Tracking Index: 600 (IEC 60112)
Durostone® WGR 781
Durostone WGR 781 is a fibre-reinforced composite developed for wave soldering service, with a maximum continuous operating temperature of 280°C and ESD-controlled surface resistivity of 10⁵ – 10⁸ Ω/sq. The material delivers 400 MPa flexural strength perpendicular to lamination (300 MPa retained at +150°C), 26,000 MPa modulus of elasticity in flexion, water absorption below 0.1%, and a sanded surface finish. Engineered for electronics manufacturing fixtures, PCB processing equipment, and solder pallets.
Key Properties
- Density: 1.85 g/cm³ (ISO 1183)
- Flexural Strength ⊥: 400 MPa (ISO 178)
- Modulus of Elasticity in Flexion ⊥: 26,000 MPa (ISO 178)
- Max. Continuous Operating Temperature: 280°C
- Surface Resistivity: 10⁵ – 10⁸ Ω/sq (ASTM D257)
- Water Absorption: < 0.1% (ISO 62)
NP130 Glass Epoxy Laminate Sheet
NP130 Glass Epoxy Laminate Sheet is a woven glass fabric composite combined with a halogenated epoxy resin system, produced to printed circuit board quality standards and certifiable to MIL-I-24768/27 Type GEE-F, ANSI/NEMA IM 60000-2021 Grade FR-4, IEC 60893-3-2 PE GC 202, ASTM D709 Type FR-4, and IPC 4101/21. The material delivers a flexural strength of 80,000 / 60,000 psi (LW/CW) — the highest lengthwise flexural strength in the FR-4 laminate line — with a UL 94 V-0 flammability rating and a glass transition temperature of 135°C. Not UL Listed.
Key Properties
- Flexural Strength, Condition A LW / CW: 80,000 / 60,000 psi (551.6) / (413.7) MPa (ASTM D790)
- Tensile Strength, Condition A LW / CW: 50,000 / 40,000 psi (344.7) / (275.8) MPa (ASTM D638)
- Izod Impact Strength, Condition E-48/50 LW / CW: 15.00 / 12.00 ft-lb/in (8.01) / (6.41) J/cm (ASTM D256)
- Compressive Strength, Condition A Flatwise: 70,000 psi (482.6) MPa (ASTM D695)
- Flammability Vertical, Condition A: V-0 (UL Bulletin 94)
- Tg by DMA: 135°C
NP310 Canvas Phenolic Laminate Sheet
NP310 Canvas Phenolic Laminate Sheet is a canvas machining grade composite constructed from woven canvas fabric combined with a phenolic resin system, certifiable to ANSI/NEMA IM 60000-2021 Grade C, MIL-I-24768/16, ASTM D709 Type II Grade C, and IEC-60893-4-PF CC 201. The material is designed for structural and mechanical applications and delivers better impact strength than phenolic paper grades, with an Izod impact strength of 3.10 / 2.70 ft-lb/in (LW/CW) — the highest in the canvas and linen phenolic laminate line. UL Listed for Postville, IA manufactured material.
Key Properties
- Flexural Strength, Condition A LW / CW: 18,000 / 17,000 psi (124.1) / (117.2) MPa (ASTM D790)
- Flexural Modulus, Condition A LW / CW: 1,600 / 1,500 kpsi (11.0) / (10.3) GPa (ASTM D790)
- Tensile Strength, Condition A LW / CW: 12,000 / 9,700 psi (82.7) / (66.9) MPa (ASTM D638)
- Izod Impact Strength, Condition E-48/50 LW / CW: 3.10 / 2.70 ft-lb/in (1.65) / (1.44) J/cm (ASTM D256)
- Compressive Strength, Condition A Flatwise: 34,000 psi (234.4) MPa (ASTM D695)
- Temperature Index — Electrical / Mechanical: 115 / 125°C (UL Bulletin 746b)
NP320 Linen Phenolic Laminate Sheet
NP320 Linen Phenolic Laminate Sheet is constructed from fine weave cotton fabric (less than 4 oz/sq yd) — commonly called linen — combined with a phenolic resin system, meeting or exceeding the requirements of ANSI/NEMA IM 60000-2021 Grade L, MIL-I-24768/15 FBI, and IEC-60893-4-PF CC 203. The fine weave construction provides better machining than NP310 and is suited for smaller and more intricate shapes requiring finer surface finish, with a compressive strength of 38,000 psi flatwise — the highest in the linen and canvas phenolic laminate line. Not UL Listed.
Key Properties
- Flexural Strength, Condition A LW / CW: 24,500 / 18,500 psi (168.9) / (127.6) MPa (ASTM D790)
- Flexural Modulus, Condition A LW / CW: 1,700 / 1,300 kpsi (11.7) / (9.0) GPa (ASTM D790)
- Tensile Strength, Condition A LW / CW: 14,000 / 10,000 psi (96.5) / (68.9) MPa (ASTM D638)
- Izod Impact Strength, Condition E-48/50 LW / CW: 1.70 / 1.35 ft-lb/in (0.91) / (0.72) J/cm (ASTM D256)
- Compressive Strength, Condition A Flatwise: 38,000 psi (262.0) MPa (ASTM D695)
- Temperature Index — Electrical / Mechanical: 115 / 125°C (UL Bulletin 746b)
NP320E Moisture-Resistant Linen Phenolic Laminate Sheet
NP320E Moisture-Resistant Linen Phenolic Laminate Sheet is similar to NP320 with improved moisture resistance, certifiable to ANSI/NEMA IM 60000-2021 Grade LE, ASTM D709 Type II Grade LE, ASTM F2953-12 Type FB, and MIL-I-24768/13 FBE. The material is suitable for electrical applications in moderate humidity conditions, with a moisture absorption of 1.90% — lower than NP320's 2.30% — and delivers a breakdown voltage of 50 kV (Condition A) and electric strength of 625 Volts/mil (Condition A). Not UL Listed.
Key Properties
- Flexural Strength, Condition A LW / CW: 22,000 / 16,000 psi (151.7) / (110.3) MPa (ASTM D790)
- Flexural Modulus, Condition A LW / CW: 1,600 / 1,200 kpsi (11.0) / (8.3) GPa (ASTM D790)
- Tensile Strength, Condition A LW / CW: 13,000 / 9,000 psi (89.6) / (62.1) MPa (ASTM D638)
- Izod Impact Strength, Condition E-48/50 LW / CW: 1.35 / 1.10 ft-lb/in (0.72) / (0.59) J/cm (ASTM D256)
- Compressive Strength, Condition A Flatwise: 36,000 psi (248.2) MPa (ASTM D695)
- Moisture Absorption, Condition D₁-24/23: 1.90% (ASTM D570)
NP322 MoS₂ Linen Phenolic Laminate Sheet
NP322 MoS₂ Linen Phenolic Laminate Sheet is composed of a linen substrate combined with a phenolic resin system containing molybdenum disulfide (MoS₂) for reduced wear and increased lubrication in non-conductive applications. The material provides the same lubricity as NP313 with better machining qualities, and delivers mechanical strength similar to but slightly less than NP320, with a compressive strength of 39,000 psi flatwise — the highest in the linen phenolic laminate family. No NEMA grade is assigned to this material. Not UL Listed.
Key Properties
- Flexural Strength, Condition A LW / CW: 23,800 / 18,000 psi (164.1) / (124.1) MPa (ASTM D790)
- Flexural Modulus, Condition A LW / CW: 1,500 / 1,100 kpsi (10.3) / (7.6) GPa (ASTM D790)
- Tensile Strength, Condition A LW / CW: 14,000 / 9,700 psi (96.5) / (66.9) MPa (ASTM D638)
- Izod Impact Strength, Condition E-48/50 LW / CW: 1.60 / 1.30 ft-lb/in (0.85) / (0.69) J/cm (ASTM D256)
- Compressive Strength, Condition A Flatwise: 39,000 psi (268.9) MPa (ASTM D695)
- Temperature Index — Electrical / Mechanical: 130 / 130°C (UL Bulletin 746b)
NP329 Bleached Linen Melamine Laminate Sheet
NP329 Bleached Linen Melamine Laminate Sheet is a bleached linen composite combined with a melamine resin system, providing better arc resistance than NP320E and resistance to ammonia-based refrigerants. The material is a hard, durable laminate that should be heated to punch but machines very well with standard machining equipment, delivering an arc resistance of 135 seconds, a comparative tracking index of 200 V, and a compressive strength of 44,000 psi flatwise. No NEMA grade is assigned to this material. Not UL Listed.
Key Properties
- Flexural Strength, Condition A LW / CW: 32,200 / 25,500 psi (222.0) / (175.8) MPa (ASTM D790)
- Compressive Strength, Condition A Flatwise: 44,000 psi (303.4) MPa (ASTM D695)
- Tensile Strength, Condition A LW / CW: 24,100 / 13,700 psi (166.2) / (94.5) MPa (ASTM D638)
- Arc Resistance, Condition A: 135 sec (ASTM D495)
- Comparative Tracking Index: 200 V (ASTM D3638)
- Temperature Index — Mechanical: 130°C (UL Bulletin 746b)
NP342 Canvas Phenolic Laminate Sheet
NP342 Canvas Phenolic Laminate Sheet is a fine weave canvas phenolic material with a fabric construction weight intermediate between NP310 and NP320, certifiable to ANSI/NEMA IM 60000-2021 Grade C, MIL-I-24768/16, ASTM D709 Type II Grade C, and IEC-60893-4-PF CC 201. The material is designed for better machining than NP310 and lower cost than NP320, delivering a flexural strength of 25,000 / 22,700 psi (LW/CW) and a compressive strength of 35,000 psi flatwise. Not UL Listed.
Key Properties
- Flexural Strength, Condition A LW / CW: 25,000 / 22,700 psi (172.4) / (156.5) MPa (ASTM D790)
- Flexural Modulus, Condition A LW / CW: 1,700 / 1,300 kpsi (11.7) / (9.0) GPa (ASTM D790)
- Tensile Strength, Condition A LW / CW: 12,700 / 10,900 psi (87.6) / (75.2) MPa (ASTM D638)
- Izod Impact Strength, Condition E-48/50 LW / CW: 1.60 / 1.40 ft-lb/in (0.85) / (0.75) J/cm (ASTM D256)
- Compressive Strength, Condition A Flatwise: 35,000 psi (241.3) MPa (ASTM D695)
- Temperature Index — Electrical / Mechanical: 125 / 125°C (UL Bulletin 746b)
NP500A Glass Epoxy Laminate Sheet
NP500A Glass Epoxy Laminate Sheet is a woven glass fabric composite combined with an easy-machining, non-brominated epoxy resin system, complying with ANSI/NEMA IM 60000-2021 Grade G-10, MIL-I-24768/2 GEE, ASTM D709 Type IV Grade G-10, and IEC 60893-2-EPGC 201. The material delivers a flexural strength of 66,000 / 60,000 psi (LW/CW) and a flexural modulus of 3,400 / 3,300 kpsi (LW/CW) across a temperature index of 130°C electrical / 140°C mechanical. The non-brominated resin system provides improved machinability and cost-effectiveness compared to brominated FR-grade laminates, making it well suited for low-temperature thermal insulation, structural applications, and mechanical and electrical applications at low to moderately high temperatures.
Key Properties
- Flexural Strength, Condition A LW / CW: 66,000 / 60,000 psi (455.1) / (413.7) MPa (ASTM D790)
- Flexural Modulus, Condition A LW / CW: 3,400 / 3,300 kpsi (23.4) / (22.8) GPa (ASTM D790)
- Tensile Strength, Condition A LW / CW: 43,000 / 39,000 psi (296.5) / (268.9) MPa (ASTM D638)
- Izod Impact Strength, Condition E-48/50 LW / CW: 9.50 / 7.50 ft-lb/in (5.07) / (4.00) J/cm (ASTM D256)
- Compressive Strength, Condition A Flatwise: 62,800 psi (433.0) MPa (ASTM D695)
- Tg by DMA: 120°C
NP500CR Glass Epoxy Laminate Sheet
NP500CR Glass Epoxy Laminate Sheet is a woven glass fabric composite with a specially formulated epoxy resin system engineered for excellent electrical characteristics and superior physical properties at cryogenic temperatures, with an operating temperature range of -270°C to 135°C. The material delivers a flexural strength of 75,000 / 65,000 psi (LW/CW), an Izod impact strength of 14.00 / 12.00 ft-lb/in (LW/CW), and very low thermal conductivity, and has been produced specifically for cryogenic applications. No NEMA grade is assigned to this material.
Key Properties
- Flexural Strength, Condition A LW / CW: 75,000 / 65,000 psi (ASTM D790)
- Flexural Modulus, Condition A LW / CW: 2,700 / 2,400 kpsi (ASTM D790)
- Tensile Strength, Condition A LW / CW: 45,000 / 38,000 psi (ASTM D638)
- Izod Impact Strength, Condition E-48/50 LW / CW (notched): 14.00 / 12.00 ft-lb/in (ASTM D256)
- Compressive Strength, Condition A Flatwise: 65,000 psi (ASTM D695)
- Operating Temperature Range: -270°C to 135°C
NP504 Glass Fabric Phenolic Laminate Sheet
NP504 Glass Fabric Phenolic Laminate Sheet is a woven glass fabric composite combined with a high-temperature phenolic resin system, meeting ANSI/NEMA IM 60000-2021 Grade G-3, MIL-I-24768/18 GPG, and ASTM D709 Type G-3. The material is capable of continuous operation at 175°C and delivers a compressive strength of 76,000 psi flatwise, a UL 94 V-0 flammability rating at all tested thicknesses, and excellent creep resistance from the phenolic resin system. NFPA 130 data is available in the NP504 Additional Data Sheet — NFPA 130. Not UL Listed.
Key Properties
- Flexural Strength, Condition A LW / CW: 55,000 / 50,000 psi (379.2) / (344.7) MPa (ASTM D790)
- Compressive Strength, Condition A Flatwise: 76,000 psi (524.0) MPa (ASTM D695)
- Tensile Strength, Condition A LW / CW: 42,000 / 34,000 psi (289.6) / (234.4) MPa (ASTM D638)
- Izod Impact Strength, Condition E-48/50 LW / CW: 12.00 / 11.00 ft-lb/in (6.41) / (5.87) J/cm (ASTM D256)
- Flammability Rating, Condition A: V-0 at 0.0625", 0.125", and 0.500" (UL Bulletin 94)
- Temperature Index — Electrical / Mechanical: 140 / 170°C (UL Bulletin 746b)
NP509 Glass Fabric Melamine Laminate Sheet
NP509 Glass Fabric Melamine Laminate Sheet is a woven glass fabric composite combined with a melamine resin system, complying with ANSI/NEMA IM 60000-2021 Grade G-5/G-9, ASTM D709 Type IV Grade G-5, MIL-I-24768/1 Type GME, MIL-I-24768/8 Type GMG, and IEC 60893-3-3-MF GC 201. The material is very hard, flame resistant, and a machining grade with excellent electrical properties in high humidity conditions, high physical strength, and excellent arc resistance. NP509 delivers a compressive strength of 85,000 psi flatwise, a comparative tracking index of 600 V, an arc resistance of 185 seconds, and a UL 94 V-0 flammability rating. UL Listed for thicknesses greater than 0.024".
Key Properties
- Flexural Strength, Condition A LW / CW: 70,500 / 63,200 psi (486.1) / (435.7) MPa (ASTM D790)
- Compressive Strength, Condition A Flatwise: 85,000 psi (586.1) MPa (ASTM D695)
- Tensile Strength, Condition A LW / CW: 50,000 / 35,000 psi (344.7) / (241.3) MPa (ASTM D638)
- Izod Impact Strength, Condition E-48/50 LW / CW: 16.50 / 12.50 ft-lb/in (8.81) / (6.67) J/cm (ASTM D256)
- Arc Resistance, Condition A: 185 sec (ASTM D495)
- Flammability Vertical, Condition A: V-0 (UL Bulletin 94)
NP510A Glass Epoxy Laminate Sheet
NP510A Glass Epoxy Laminate Sheet is a woven glass fabric composite combined with a brominated epoxy resin system, certifiable to ANSI/NEMA IM 60000-2021 Grade FR-4, MIL-I-24768/27 Type GEE-F, IEC 60893-3-2 PE GC 202, ASTM D709 Type FR-4, and IPC 4101/21. The material delivers a flexural strength of 65,000 / 52,000 psi (LW/CW), a tensile strength of 40,000 / 32,000 psi (LW/CW), and achieves a UL 94 V-0 flammability rating with a glass transition temperature of 130°C. UL Listed for thicknesses greater than 0.029".
Key Properties
- Flexural Strength, Condition A LW / CW: 65,000 / 52,000 psi (448.2) / (358.5) MPa (ASTM D790)
- Flexural Modulus, Condition A LW / CW: 2,900 / 2,600 kpsi (20.0) / (17.9) GPa (ASTM D790)
- Tensile Strength, Condition A LW / CW: 40,000 / 32,000 psi (275.8) / (220.6) MPa (ASTM D638)
- Izod Impact Strength, Condition E-48/50 LW / CW: 7.90 / 7.30 ft-lb/in (4.22) / (3.90) J/cm (ASTM D256)
- Compressive Strength, Condition A Flatwise: 66,000 psi (455.1) MPa (ASTM D695)
- Flammability, Condition A: V-0 (UL Bulletin 94)
NP511 Glass Epoxy Laminate Sheet
NP511 Glass Epoxy Laminate Sheet is a woven glass fabric composite combined with a high-temperature epoxy resin system, certifiable to ANSI/NEMA IM 60000-2021 Grade G-11, MIL-I-24768/3 Type GEB, ASTM D709 Type IV Grade G-11, and IEC-60893-3-2 EP GC 203. The material delivers a flexural strength of 68,100 / 61,300 psi (LW/CW) and maintains excellent mechanical and electrical properties from cryogenic to elevated temperatures, with a glass transition temperature of 180°C and a temperature index of 170°C electrical / 180°C mechanical. UL Listed for thicknesses greater than 0.024".
Key Properties
- Flexural Strength, Condition A LW / CW: 68,100 / 61,300 psi (469.5) / (422.6) MPa (ASTM D790)
- Flexural Modulus, Condition A LW / CW: 3,000 / 2,700 kpsi (20.7) / (18.6) GPa (ASTM D790)
- Tensile Strength, Condition A LW / CW: 43,000 / 37,000 psi (296.5) / (255.1) MPa (ASTM D638)
- Izod Impact Strength, Condition E-48/50 LW / CW: 12.00 / 9.00 ft-lb/in (6.41) / (4.80) J/cm (ASTM D256)
- Compressive Strength, Condition A Flatwise: 72,500 psi (499.9) MPa (ASTM D695)
- Tg by DMA: 180°C
NP511EM Glass Epoxy Laminate Sheet
NP511EM Glass Epoxy Laminate Sheet is a woven glass fabric composite combined with a high-temperature, easy-machining epoxy resin system, certifiable to ANSI/NEMA IM 60000-2021 Grade G-11, MIL-I-24768/3 Type GEB, ASTM D709 Type IV Grade G-11, and IEC-60893-3-2 EP GC 203. The material delivers a tensile strength of 55,000 / 50,000 psi (LW/CW) and an Izod impact strength of 13.00 / 10.00 ft-lb/in (LW/CW), with a glass transition temperature of 185°C and a temperature index of 170°C electrical / 180°C mechanical. The easy-machining resin formulation provides improved machinability for high-volume precision-machined insulating components.
Key Properties
- Flexural Strength, Condition A LW / CW: 70,000 / 65,000 psi (482.6) / (448.2) MPa (ASTM D790)
- Tensile Strength, Condition A LW / CW: 55,000 / 50,000 psi (379.2) / (344.7) MPa (ASTM D638)
- Tensile Modulus, Condition A LW / CW: 5,300 / 5,200 kpsi (36.5) / (35.9) GPa
- Izod Impact Strength, Condition E-48/50 LW / CW: 13.00 / 10.00 ft-lb/in (6.94) / (5.34) J/cm (ASTM D256)
- Compressive Strength, Condition A Flatwise: 89,000 psi (613.6) MPa (ASTM D695)
- Tg by DMA: 185°C
NP513FR Glass Epoxy Laminate Sheet
NP513FR Glass Epoxy Laminate Sheet is a flame-retardant woven glass fabric composite complying with ANSI/NEMA IM 60000-2021 Grade FR-5, MIL-I-24768/28 Type GEB-F, and ASTM D709 Type IV Grade FR-5, with a UL 94 V-0 flammability rating. The material delivers a flexural strength of 64,300 / 53,600 psi (LW/CW) and a compressive strength of 71,000 psi flatwise, with high mechanical strengths — flexural and impact — at room temperature and good dielectric loss and electric strength properties. Available in thicknesses of 0.500" and above.
Key Properties
- Flexural Strength, Condition A LW / CW: 64,300 / 53,600 psi (443.3) / (369.6) MPa (ASTM D790)
- Tensile Strength, Condition A LW / CW: 46,500 / 36,600 psi (320.6) / (252.3) MPa (ASTM D638)
- Izod Impact Strength, Condition E-48/50 LW / CW: 14.20 / 10.60 ft-lb/in (7.58) / (5.66) J/cm (ASTM D256)
- Compressive Strength, Condition A Flatwise: 71,000 psi (489.5) MPa (ASTM D695)
- Flammability Vertical, Condition A: V-0 (UL Bulletin 94)
- Breakdown Voltage, Condition A: 77 kVolts (ASTM D149)
NP610 Paper Phenolic Laminate Sheet
NP610 Paper Phenolic Laminate Sheet is a phenolic paper based composite meeting ANSI/NEMA IM 60000-2021 Grade X, MIL-I-24768/12 Type PBM, ASTM D709 Type X, and IEC 60893-3-4 PFCP 201, designed for mechanical applications with good tensile, compressive, and flexural strength. The material delivers a flexural strength of 34,000 / 28,000 psi (LW/CW) — the highest in the paper phenolic laminate line — a compressive strength of 35,000 psi flatwise, and an arc resistance of 90 seconds. Primarily a machining material, NP610 may also be hot punched in thicknesses up to 0.093". Not UL Listed.
Key Properties
- Flexural Strength, Condition A LW / CW: 34,000 / 28,000 psi (234.4) / (193.1) MPa (ASTM D790)
- Flexural Modulus, Condition A LW / CW: 1,900 / 1,400 kpsi (13.1) / (9.7) GPa (ASTM D790)
- Tensile Strength, Condition A LW / CW: 17,000 / 13,000 psi (117.2) / (89.6) MPa (ASTM D638)
- Compressive Strength, Condition A Flatwise: 35,000 psi (241.3) MPa (ASTM D695)
- Arc Resistance, Condition A: 90 sec (ASTM D495)
- Temperature Index — Electrical / Mechanical: 130 / 130°C (UL Bulletin 746b)
NP629 Paper Phenolic Laminate Sheet
NP629 Paper Phenolic Laminate Sheet is a paper-phenolic high-pressure laminate meeting the requirements of ANSI/NEMA IM 60000-2021 Grade XX, ASTM D709 Type I Grade XX, and MIL-I-24768/11 PBG, intended primarily for mechanical applications but suitable for electrical applications as well. The material delivers a flexural strength of 22,000 / 17,000 psi (LW/CW), a compressive strength of 25,000 psi flatwise, and a breakdown voltage of 40 kV (Condition A). Per the manufacturer's TDS, the electrical properties are not quite as good as those of NP630 (Grade XXX). Not UL Listed.
Key Properties
- Flexural Strength, Condition A LW / CW: 22,000 / 17,000 psi (151.7) / (117.2) MPa (ASTM D790)
- Tensile Strength, Condition A LW / CW: 13,500 / 11,500 psi (93.1) / (79.3) MPa (ASTM D638)
- Izod Impact Strength, Condition E-48/50 LW / CW: 0.50 / 0.40 ft-lb/in (0.27) / (0.21) J/cm (ASTM D256)
- Compressive Strength, Condition A Flatwise: 25,000 psi (172.4) MPa (ASTM D695)
- Breakdown Voltage, Condition A: 40 kVolts (ASTM D149)
- Temperature Index — Electrical / Mechanical: 130 / 130°C (UL Bulletin 746b)
NP630 Paper Phenolic Laminate Sheet
NP630 Paper Phenolic Laminate Sheet is a fine machining grade paper-phenolic laminate with excellent electrical properties and moisture resistance, low cold flow, and good dimensional stability. NP630 meets ASTM D709 Type I Grade XXX and will meet ANSI/NEMA IM 60000-2021 Grade XXX, MIL-I-24768/10 PBE, and NEMA LI 1-1998 Grade XXX specifications with exception to dissipation factor and dielectric breakdown requirements. The material delivers a compressive strength of 45,000 psi flatwise — the highest in the paper phenolic laminate line — along with a comparative tracking index of 200 V and arc resistance of 130 seconds. Not UL Listed.
Key Properties
- Flexural Strength, Condition A LW / CW: 22,000 / 18,000 psi (151.7) / (124.1) MPa (ASTM D790)
- Tensile Strength, Condition A LW / CW: 14,000 / 11,000 psi (96.5) / (75.8) MPa (ASTM D638)
- Compressive Strength, Condition A Flatwise: 45,000 psi (310.3) MPa (ASTM D695)
- Izod Impact Strength, Condition A LW / CW: 1.00 / 0.85 ft-lb/in (0.53) / (0.45) J/cm (ASTM D256)
- Arc Resistance, Condition A: 130 sec (ASTM D495)
- Comparative Tracking Index: 200 V (ASTM D3638)
6311-05-BL
6311-05-BL is a pressure sensitive tape constructed from UHMW (Ultra High Molecular Weight Polyethylene) film with a permanent acrylic adhesive, at a nominal overall thickness of 0.007" (0.005" substrate / 0.002" adhesive). It delivers a typical peel adhesion of 50 oz per ASTM D3330 Method A and operates across a temperature range of -40°F to 150°F. The film carrier provides low coefficient of friction combined with abrasion resistance and puncture resistance.
Key Properties
- Peel Adhesion (Typical): 50 oz (ASTM D3330 Method A)
- Peel Adhesion (Minimum): 35 oz (ASTM D3330 Method A)
- Adhesive Type: Acrylic — Permanent
- Operating Temperature: -40°F to 150°F
- Substrate Thickness (Nominal): 0.005" (ASTM D3652)
- Overall Thickness (Nominal): 0.007" (ASTM D3652)
6311-10-BL
6311-10-BL is a pressure sensitive tape constructed from UHMW (Ultra High Molecular Weight Polyethylene) film with a permanent acrylic adhesive, at a nominal overall thickness of 0.012" (0.010" substrate / 0.002" adhesive). It delivers a typical peel adhesion of 70 oz per ASTM D3330 Method A and operates across a temperature range of -40°F to 150°F. The film carrier provides low coefficient of friction combined with abrasion resistance and puncture resistance.
Key Properties
- Peel Adhesion (Typical): 70 oz (ASTM D3330 Method A)
- Peel Adhesion (Minimum): 35 oz (ASTM D3330 Method A)
- Adhesive Type: Acrylic — Permanent
- Operating Temperature: -40°F to 150°F
- Substrate Thickness (Nominal): 0.010" (ASTM D3652)
- Overall Thickness (Nominal): 0.012" (ASTM D3652)