关键性能 加工信息 1 1 物理性能 标称值 标称值 单位 测试法 1.00 ASTM D792 20 g/10 min ASTM D1238 抗拉强度 密度/比重 熔指 (MFR) (230°C/2.16kg) 15.0 MPa ASTM D638 1400 MPa ASTM D790 35.0 MPa ASTM D790 150 J/m ASTM D256 < 100000 ohms/sq ASTM D257 80 to 90 °C 4.0 to 6.0 hr 220 to 250 °C 30 to 80 °C 机械 弯曲模量 弯曲强度 悬臂梁缺口冲击强度（注塑样条） 冲击 电气 表面电阻率 干燥温度 注塑 干燥时间 加工（熔化）温度 模具温度 主要性能：不能被解释为技术指标 单位 Trilliant HC™ 方案如何协助攻克严苛的性能和工艺挑战 www.avient.com 版权所有©2022 埃万特公司。

Physical Property Both TPEs were characterized for Shore A hardness (ASTM D2240), specific gravity (ASTM D792), tensile strength (ASTM D412), elongation at break (ASTM D412) and tear strength (ASTM D624). Adhesion The adhesion between the TPE and rigid thermoplastics substrates was measured by a “90 degree peel test” which is a modified ASTM D903 method. Rheology The viscosities of both TPE-1 and TPE-2 at different shear rates were measured using a capillary rheometer at 200oC by a method prescribed in ASTM D3835.

PMMA Considering lens performance, Resilience™ LS Frost PVC offers properties and material performance similar to PMMA, often at a significantly lower cost. 1 ASTM D-1003 measured by Polymer Diagnostics, Inc. PDI) on extruded profiles 2 ASTM D-638 3 ASTM 256 4 ASTM D-648 66 psi, unannealed, 0.125" 5 Savings depends on profile size and production volume Acrylite is a registered trademark of Evonik Performance Materials Lens Performance Resilience™ LS Frost PVC Acrylite® Satinice Frost PMMA Light Transmission1 at 0.060" (1.5mm) 83% Low Diffusion 78% Medium Diffusion 75% High Diffusion 81% Low Diffusion Diffusion Half Power Angle (DLD) 26° Low Diffusion 41° Medium Diffusion 58° High Diffusion 26° Low Diffusion Tensile Strength2 Tensile Modulus2 Tensile Elongation (break)2 7,360 psi 400,000 psi 20% 7,330 psi 330,000 psi 43% Flammability (UL 94) V-0 @ 1.5mm 5VA @ 2.0mm HB @ 1.6mm Notched Izod Impact (73°F)3 2.3 ft-lb/in 0.6 ft-lb/in Heat Deflection Temperature4 157°F/69°C 182°F/83°C UV Stability Good Excellent Chemical Resistance Excellent Good Typical Lens Profile Cost 10–15% Savings5 Baseline 1.866.POLYONE www.polyone.com Copyright © 2018, PolyOne Corporation.

Property GlasArmor Panel ThermoBallistic Panel Test Method Glass Content 55 wt% 73 wt% Density 0.066 lb/in3 1.83 g/cm3 0.062 lb/in3 1.72 g/cm3 ASTM D-792 Flex Mod 2.1–2.7 msi 14.5 - 18.6 GPa 2.5 msi 17.2 GPa ASTM D-790 Flex Strength 65 ksi 448 MPa 14 ksi 96.5 MPa ASTM D-790 Barcol Hardness 50–60 n/a ASTM D-2583 Fire Rating 1 hour1 n/a ASTM E-119-09c Flame Spread Rating 452 n/a ASTM E-84-08a Smoke Developed Rating 1652 n/a ASTM E-84-08a MATERIAL DATA (TYPICAL VALUES) 1 UL Level 3 panel was fire tested as part of a wall system with steel studs and drywall face sheet 2 NFPA & IBC Class B rating achieved www.avient.com Copyright © 2023, Avient Corporation.

Formulations were tested using an adapted ASTM D543 method for environmental stress cracking resistance (ESCR).

Using a method adapted from ASTM D543 for ESCR (environmental stress cracking resistance), results versus alternative FR materials demonstrate superior mechanical and aesthetic property retention, and prevention of cracks and crazing after exposure to leading healthcare disinfectants* such as Virex® Tb, CaviCide™, Vesphene® IIse and Super Sani-Cloth®¹.

Created with 56-59% bio-derived content and tested to ASTM D6866, Rutland Evolve Bio Plastisol Inks can reduce screen printers’ reliance on fossil fuel-based inks while seamlessly introducing more sustainable practices to plastisol screen printing shops.

The company’s product engineers developed specifications that included thermal conductivity in plane from 4 to 21 W/m.K (in compliance with ASTM E1461); glow wire resistance of 850°C/0.8mm (IEC 606095-2-12); and enough dimensional stability to allow it to be overmolded directly on LED components.

Tested to ASTM D6866, they aim to reduce screen printers’ reliance on fossil fuel-based inks.

Tested in accordance with JIS Z2801 and ASTM G21-15 standards, these additives protect molded plastic parts by inhibiting bacterial growth (99.9 percent or more) and resisting fungal and mold growth.