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Santoprene TPV系列原厂家为埃克森美孚,现已被美国塞拉尼斯收购。
它是热塑性弹性体(TPE)系列中的一种软质、黑色、通用型热塑性硫化弹性体(T PV)。这种材料同时具有良好的物理性质和耐化学性,适用于广泛的领域。这一牌 号的山都平 TPV 是剪切速率依赖型产品,可在常规热塑性注塑成型、挤出成型、 吹塑成型、热成型或真空成型设备上加工。这是一种聚烯烃基材料,可在生产过程 中进行回收利用。 A soft, black, versatile thermoplastic vulcanizate (TPV) in the thermoplastic elastomer (TPE) family. This material combines good physical properties and chemical resistance for use in a wide range of applications. This grade of Santoprene TPV is shear-dependent and can be processed on conventional thermoplastics equipment for injection molding, extrusion, blow molding, thermoforming or vacuum forming. It is polyolefin based and recyclable within the manufacturing stream. |
产品描述 Product Description
厂家:美国塞拉尼斯 Celanese
类别:TPV
用途:家电部件;室外应用;隔膜;电气元件;汽车领域的应用;密封件;消费品应用领域;垫圈;管件;汽车的发动机罩下的零件;
颜色:黑色
加工条件:真空成型,共挤出成型,片材挤出成型,多次注射成型,吹塑成型,挤出吹塑成型,热成型,型材挤出成型,注吹成型 Multiple injection molding,Thermo forming,Injection Molding,Profile extrusion,Extrusion
性能特点: 可回收; 绝缘; 防火阻燃等级HB; 尺寸稳定性好; 耐化学性; 耐疲劳性好; 耐臭氧; 电气性好; 韧性好; 耐老化; Solvent resistance,Ozone resistance,Good Electrical Properties,Renewable resources,Fatigue resistance,Good flexibility,HB,Insulation,Good Dimensional Stability,Good heat aging resistance
技术参数 Technical Data | |||
---|---|---|---|
物理性能 PHYSICAL |
额定值 Nominal Value |
单位 Units |
测试方法 Test Method |
密度 Density Density |
0.968 | g/cm³ | ASTM D792 |
密度 Density Density |
0.970 | g/cm³ | ISO 1183 |
耐候性 Weather resistance Weather resistance |
f1 | UL 746C | |
Detergent Resistance Detergent Resistance |
f4 | UL 2157 | |
Detergent Resistance Detergent Resistance |
f3 | UL 749 | |
机械性能 MECHANICAL |
额定值 Nominal Value |
单位 Units |
测试方法 Test Method |
拉伸强度 Tensile Strength Tensile Strength |
|||
TD,断裂 brk,23℃ TD, fracture BRK, 23 ℃ |
MPa | ASTM D412 | |
TD,断裂 brk,23℃ TD, fracture BRK, 23 ℃ |
MPa | ISO 37 | |
TD,100% 应变 strain,23℃ TD, 100% strain strain, 23 ℃ |
MPa | ISO 37 | |
TD,100% 应变 strain,23℃ TD, 100% strain strain, 23 ℃ |
MPa | ASTM D412 | |
拉伸应变 Tensile Strain Tensile Strain |
|||
TD,断裂 brk,23℃ TD, fracture BRK, 23 ℃ |
% | ISO 37 | |
TD,断裂 brk,23℃ TD, fracture BRK, 23 ℃ |
% | ASTM D412 | |
撕裂强度 tear strength Tear strength |
|||
TD,23℃ TD,23℃ |
kN/m | ASTM D624 | |
TD,23℃ TD,23℃ |
kN/m | ISO 34-1 | |
压缩永久变形 Compression Set |
ASTM D395B | ||
70℃,22 hr 70℃,22 hr |
% | ASTM D395B | |
125℃,70 hr 125℃,70 hr |
% | ASTM D395B | |
压缩永久变形 Compression Set |
ISO 815 | ||
70℃,22 hr 70℃,22 hr |
% | ISO 815 | |
125℃,70 hr 125℃,70 hr |
% | ISO 815 | |
机械性能 MECHANICAL |
额定值 Nominal Value |
单位 Units |
测试方法 Test Method |
邵氏硬度 Shore hardness Shore hardness |
|||
邵氏 A,15 秒,23℃ Shore A, 15 seconds, 23 ℃ |
ISO 868 | ||
热性能 THERMAL |
额定值 Nominal Value |
单位 Units |
测试方法 Test Method |
脆化温度 Brittle Temperature Brittle Temperature |
℃ | ASTM D746 | |
脆化温度 Brittle Temperature Brittle Temperature |
℃ | ISO 812 | |
相对温度指数 Relative Temp Index(RTI) Relative Temperature Index (RTI) |
|||
电气性能 elec Electrical performance Elec |
℃ | UL 746 | |
强度机械性能 str Strength mechanical performance str |
UL 746 | ||
1.0 mm 1.0 mm |
℃ | UL 746 | |
1.5 mm 1.5 mm |
℃ | UL 746 | |
3.0 mm 3.0 mm |
℃ | UL 746 | |
老化性能 Aging property |
额定值 Nominal Value |
单位 Units |
测试方法 Test Method |
空气中拉伸强度的变化率 Change in Tensile Strength in Air Change in Tensile Strength in Air |
|||
150℃,168 hr 150℃,168 hr |
% | ASTM D573 | |
150℃,168 hr 150℃,168 hr |
% | ISO 188 | |
空气中极限伸长率的变化率 Change in Ultimate Elongation in Air Change in Ultimate Elongation in Air |
|||
150℃,168 hr 150℃,168 hr |
% | ASTM D573 | |
Change in Tensile Strain at Break in Air(150℃,168 hr) Change in Tensile Strain at Break in Air(150℃,168 hr) |
% | ISO 188 | |
Change in Durometer Hardness in Air(邵氏 A,150℃,168 hr) Change in Durometer Hardness in Air (150 ℃, 168 hr) |
ASTM D573 | ||
空气中邵氏硬度的变化率 Change in Shore Hardness in Air Change in Shore Hardness in Air |
|||
邵氏 A,150℃,168 hr Shaw A, 150 ℃, 168 hr |
ISO 188 | ||
拉伸强度的变化率 Change in Tensile Strength Change in Tensile Strength |
ASTM D471 | ||
23℃,168 hr,in Acetic Acid 23℃,168 hr,in Acetic Acid |
% | ASTM D471 | |
23℃,168 hr,in Cyclohexane 23℃,168 hr,in Cyclohexane |
% | ASTM D471 | |
23℃,168 hr,in Detergent(Tide),2.5% 23℃,168 hr,in Detergent(Tide),2.5% |
% | ASTM D471 | |
23℃,168 hr,in Ethanol,95% 23℃,168 hr,in Ethanol,95% |
% | ASTM D471 | |
23℃,168 hr,in Hydrochloric Acid,10% 23℃,168 hr,in Hydrochloric Acid,10% |
% | ASTM D471 | |
23℃,168 hr,in Isopropyl Alcohol 23℃,168 hr,in Isopropyl Alcohol |
% | ASTM D471 | |
23℃,168 hr,in Methylethylketone 23℃,168 hr,in Methylethylketone |
% | ASTM D471 | |
23℃,168 hr,in Sodium Chloride,15% 23℃,168 hr,in Sodium Chloride,15% |
% | ASTM D471 | |
23℃,168 hr,in Sodium Hydroxide,50% 23℃,168 hr,in Sodium Hydroxide,50% |
% | ASTM D471 | |
23℃,168 hr,in Sulfuric Acid,98% 23℃,168 hr,in Sulfuric Acid,98% |
% | ASTM D471 | |
23℃,168 hr,in Trichloroethylene 23℃,168 hr,in Trichloroethylene |
% | ASTM D471 | |
100℃,168 hr,in Deionized Water 100℃,168 hr,in Deionized Water |
% | ASTM D471 | |
100℃,168 hr,in IRM 903 Oil 100℃,168 hr,in IRM 903 Oil |
% | ASTM D471 | |
125℃,70 hr,in IRM 903 Oil 125℃,70 hr,in IRM 903 Oil |
% | ASTM D471 | |
125℃,168 hr,in IRM 903 Oil 125℃,168 hr,in IRM 903 Oil |
% | ASTM D471 | |
拉伸强度的变化率 Change in Tensile Strength Change in Tensile Strength |
ISO 1817 | ||
23℃,168 hr,in Acetic Acid 23℃,168 hr,in Acetic Acid |
% | ISO 1817 | |
23℃,168 hr,in Cyclohexane 23℃,168 hr,in Cyclohexane |
% | ISO 1817 | |
23℃,168 hr,in Detergent(Tide),2.5% 23℃,168 hr,in Detergent(Tide),2.5% |
% | ISO 1817 | |
23℃,168 hr,in Ethanol,95% 23℃,168 hr,in Ethanol,95% |
% | ISO 1817 | |
23℃,168 hr,in Hydrochloric Acid,10% 23℃,168 hr,in Hydrochloric Acid,10% |
% | ISO 1817 | |
23℃,168 hr,in Isopropyl Alcohol 23℃,168 hr,in Isopropyl Alcohol |
% | ISO 1817 | |
23℃,168 hr,in Methylethylketone 23℃,168 hr,in Methylethylketone |
% | ISO 1817 | |
23℃,168 hr,in Sodium Chloride,15% 23℃,168 hr,in Sodium Chloride,15% |
% | ISO 1817 | |
23℃,168 hr,in Sodium Hydroxide,50% 23℃,168 hr,in Sodium Hydroxide,50% |
% | ISO 1817 | |
23℃,168 hr,in Sulfuric Acid,98% 23℃,168 hr,in Sulfuric Acid,98% |
% | ISO 1817 | |
23℃,168 hr,in Trichloroethylene 23℃,168 hr,in Trichloroethylene |
% | ISO 1817 | |
100℃,168 hr,in Deionized Water 100℃,168 hr,in Deionized Water |
% | ISO 1817 | |
100℃,168 hr,in IRM 903 Oil 100℃,168 hr,in IRM 903 Oil |
% | ISO 1817 | |
125℃,70 hr,in IRM 903 Oil 125℃,70 hr,in IRM 903 Oil |
% | ISO 1817 | |
125℃,168 hr,in IRM 903 Oil 125℃,168 hr,in IRM 903 Oil |
% | ISO 1817 | |
极限伸长率的变化率 Change in Ultimate Elongation Change in Ultimate Elongation |
ASTM D471 | ||
23℃,168 hr,in Acetic Acid 23℃,168 hr,in Acetic Acid |
% | ASTM D471 | |
23℃,168 hr,in Cyclohexane 23℃,168 hr,in Cyclohexane |
% | ASTM D471 | |
23℃,168 hr,in Detergent(Tide),2.5% 23℃,168 hr,in Detergent(Tide),2.5% |
% | ASTM D471 | |
23℃,168 hr,in Ethanol,95% 23℃,168 hr,in Ethanol,95% |
% | ASTM D471 | |
23℃,168 hr,in Hydrochloric Acid,10% 23℃,168 hr,in Hydrochloric Acid,10% |
% | ASTM D471 | |
23℃,168 hr,in Isopropyl Alcohol 23℃,168 hr,in Isopropyl Alcohol |
% | ASTM D471 | |
23℃,168 hr,in Methylethylketone 23℃,168 hr,in Methylethylketone |
% | ASTM D471 | |
23℃,168 hr,in Sodium Chloride,15% 23℃,168 hr,in Sodium Chloride,15% |
% | ASTM D471 | |
23℃,168 hr,in Sodium Hydroxide,50% 23℃,168 hr,in Sodium Hydroxide,50% |
% | ASTM D471 | |
23℃,168 hr,in Sulfuric Acid,98% 23℃,168 hr,in Sulfuric Acid,98% |
% | ASTM D471 | |
23℃,168 hr,in Trichloroethylene 23℃,168 hr,in Trichloroethylene |
% | ASTM D471 | |
100℃,168 hr,in Deionized Water 100℃,168 hr,in Deionized Water |
% | ASTM D471 | |
100℃,168 hr,in IRM 903 Oil 100℃,168 hr,in IRM 903 Oil |
% | ASTM D471 | |
125℃,70 hr,in IRM 903 Oil 125℃,70 hr,in IRM 903 Oil |
% | ASTM D471 | |
125℃,168 hr,in IRM 903 Oil 125℃,168 hr,in IRM 903 Oil |
% | ASTM D471 | |
断裂时拉伸应力变化 Change in tensile stress during fracture Change in tensile stress during fracture |
ISO 1817 | ||
23℃,168 hr,in Acetic Acid 23℃,168 hr,in Acetic Acid |
% | ISO 1817 | |
23℃,168 hr,in Cyclohexane 23℃,168 hr,in Cyclohexane |
% | ISO 1817 | |
23℃,168 hr,in Detergent(Tide),2.5% 23℃,168 hr,in Detergent(Tide),2.5% |
% | ISO 1817 | |
23℃,168 hr,in Ethanol,95% 23℃,168 hr,in Ethanol,95% |
% | ISO 1817 | |
23℃,168 hr,in Hydrochloric Acid,10% 23℃,168 hr,in Hydrochloric Acid,10% |
% | ISO 1817 | |
23℃,168 hr,in Isopropyl Alcohol 23℃,168 hr,in Isopropyl Alcohol |
% | ISO 1817 | |
23℃,168 hr,in Methylethylketone 23℃,168 hr,in Methylethylketone |
% | ISO 1817 | |
23℃,168 hr,in Sodium Chloride,15% 23℃,168 hr,in Sodium Chloride,15% |
% | ISO 1817 | |
23℃,168 hr,in Sodium Hydroxide,50% 23℃,168 hr,in Sodium Hydroxide,50% |
% | ISO 1817 | |
23℃,168 hr,in Sulfuric Acid,98% 23℃,168 hr,in Sulfuric Acid,98% |
% | ISO 1817 | |
23℃,168 hr,in Trichloroethylene 23℃,168 hr,in Trichloroethylene |
% | ISO 1817 | |
100℃,168 hr,in Deionized Water 100℃,168 hr,in Deionized Water |
% | ISO 1817 | |
100℃,168 hr,in IRM 903 Oil 100℃,168 hr,in IRM 903 Oil |
% | ISO 1817 | |
125℃,70 hr,in IRM 903 Oil 125℃,70 hr,in IRM 903 Oil |
% | ISO 1817 | |
125℃,168 hr,in IRM 903 Oil 125℃,168 hr,in IRM 903 Oil |
% | ISO 1817 | |
邵氏硬度的变化率 Change rate of Shore hardness Change rate of Shore hardness |
ASTM D471 | ||
邵氏 A,23℃,168 hr,在乙酸中 Shore A, 23 ℃, 168 hr, in acetic acid |
ASTM D471 | ||
邵氏 A,23℃,168 hr,在环己烷中 Shore A, 23 ℃, 168 hr, in cyclohexane |
ASTM D471 | ||
邵氏 A,23℃,168 hr,在洗涤剂(汰渍)中,2.5% Shaw A, 23 ℃, 168 hr, in detergent (Tide), 2.5% |
ASTM D471 | ||
邵氏 A,23℃,168 hr,在乙醇中,95% Shore A, 23 ℃, 168 hr, in ethanol, 95% |
ASTM D471 | ||
邵氏 A,23℃,168 hr,在盐酸中,10% Shore A, 23 ℃, 168 hr, in hydrochloric acid, 10% |
ASTM D471 | ||
邵氏 A,23℃,168 hr,在异丙醇中 Shore A, 23 ℃, 168 hr, in isopropanol |
ASTM D471 | ||
邵氏 A,23℃,168 hr,在甲基乙基酮中 Shore A, 23 ℃, 168 hr, in methyl ethyl ketone |
ASTM D471 | ||
邵氏 A,23℃,168 hr,在氯化钠中,15% Shore A, 23 ℃, 168 hr, in sodium chloride, 15% |
ASTM D471 | ||
邵氏 A,23℃,168 hr,在氢氧化钠中,50% Shore A, 23 ℃, 168 hr, in sodium hydroxide, 50% |
ASTM D471 | ||
邵氏 A,23℃,168 hr,在硫酸中,98% Shore A, 23 ℃, 168 hr, in sulfuric acid, 98% |
ASTM D471 | ||
邵氏 A,23℃,168 hr,在三氯乙烯中 Shore A, 23 ℃, 168 hr, in trichloroethylene |
ASTM D471 | ||
邵氏 A,100℃,168 hr,在去离子水中 Shore A, 100 ℃, 168 hr, in deionized water |
ASTM D471 | ||
邵氏 A,100℃,168 hr,在IRM 903油中 Shaw A, 100 ℃, 168 hr, in IRM 903 oil |
ASTM D471 | ||
邵氏 A,125℃,168 hr,在IRM 903油中 Shaw A, 125 ℃, 168 hr, in IRM 903 oil |
ASTM D471 | ||
邵氏硬度的变化率 Change rate of Shore hardness Change rate of Shore hardness |
ISO 1817 | ||
邵氏 A,23℃,168 hr,在乙酸中 Shore A, 23 ℃, 168 hr, in acetic acid |
ISO 1817 | ||
邵氏 A,23℃,168 hr,在环己烷中 Shore A, 23 ℃, 168 hr, in cyclohexane |
ISO 1817 | ||
邵氏 A,23℃,168 hr,在洗涤剂(汰渍)中,2.5% Shaw A, 23 ℃, 168 hr, in detergent (Tide), 2.5% |
ISO 1817 | ||
邵氏 A,23℃,168 hr,在乙醇中,95% Shore A, 23 ℃, 168 hr, in ethanol, 95% |
ISO 1817 | ||
邵氏 A,23℃,168 hr,在盐酸中,10% Shore A, 23 ℃, 168 hr, in hydrochloric acid, 10% |
ISO 1817 | ||
邵氏 A,23℃,168 hr,在异丙醇中 Shore A, 23 ℃, 168 hr, in isopropanol |
ISO 1817 | ||
邵氏 A,23℃,168 hr,在甲基乙基酮中 Shore A, 23 ℃, 168 hr, in methyl ethyl ketone |
ISO 1817 | ||
邵氏 A,23℃,168 hr,在氯化钠中,15% Shore A, 23 ℃, 168 hr, in sodium chloride, 15% |
ISO 1817 | ||
邵氏 A,23℃,168 hr,在氢氧化钠中,50% Shore A, 23 ℃, 168 hr, in sodium hydroxide, 50% |
ISO 1817 | ||
邵氏 A,23℃,168 hr,在硫酸中,98% Shore A, 23 ℃, 168 hr, in sulfuric acid, 98% |
ISO 1817 | ||
邵氏 A,23℃,168 hr,在三氯乙烯中 Shore A, 23 ℃, 168 hr, in trichloroethylene |
ISO 1817 | ||
邵氏 A,100℃,168 hr,在去离子水中 Shore A, 100 ℃, 168 hr, in deionized water |
ISO 1817 | ||
邵氏 A,100℃,168 hr,在IRM 903油中 Shaw A, 100 ℃, 168 hr, in IRM 903 oil |
ISO 1817 | ||
邵氏 A,125℃,168 hr,在IRM 903油中 Shaw A, 125 ℃, 168 hr, in IRM 903 oil |
ISO 1817 | ||
质量变化率 mass change fraction Mass change fraction |
ASTM D471 | ||
23℃,168 hr,in Acetic Acid 23℃,168 hr,in Acetic Acid |
% | ASTM D471 | |
23℃,168 hr,in Cyclohexane 23℃,168 hr,in Cyclohexane |
% | ASTM D471 | |
23℃,168 hr,in Detergent(Tide),2.5% 23℃,168 hr,in Detergent(Tide),2.5% |
% | ASTM D471 | |
23℃,168 hr,in Ethanol,95% 23℃,168 hr,in Ethanol,95% |
% | ASTM D471 | |
23℃,168 hr,in Hydrochloric Acid,10% 23℃,168 hr,in Hydrochloric Acid,10% |
% | ASTM D471 | |
23℃,168 hr,in Isopropyl Alcohol 23℃,168 hr,in Isopropyl Alcohol |
% | ASTM D471 | |
23℃,168 hr,in Methylethylketone 23℃,168 hr,in Methylethylketone |
% | ASTM D471 | |
23℃,168 hr,in Sodium Chloride,15% 23℃,168 hr,in Sodium Chloride,15% |
% | ASTM D471 | |
23℃,168 hr,in Sodium Hydroxide,50% 23℃,168 hr,in Sodium Hydroxide,50% |
% | ASTM D471 | |
23℃,168 hr,in Sulfuric Acid,98% 23℃,168 hr,in Sulfuric Acid,98% |
% | ASTM D471 | |
23℃,168 hr,in Trichloroethylene 23℃,168 hr,in Trichloroethylene |
% | ASTM D471 | |
100℃,168 hr,in Deionized Water 100℃,168 hr,in Deionized Water |
% | ASTM D471 | |
100℃,168 hr,in IRM 903 Oil 100℃,168 hr,in IRM 903 Oil |
% | ASTM D471 | |
125℃,168 hr,in IRM 903 Oil 125℃,168 hr,in IRM 903 Oil |
% | ASTM D471 | |
质量变化率 mass change fraction Mass change fraction |
ISO 1817 | ||
23.0℃,168 hr,in Methylethylketone 23.0℃,168 hr,in Methylethylketone |
% | ISO 1817 | |
23.0℃,168 hr,in Isopropyl Alcohol 23.0℃,168 hr,in Isopropyl Alcohol |
% | ISO 1817 | |
23.0℃,168 hr,in Trichloroethylene 23.0℃,168 hr,in Trichloroethylene |
% | ISO 1817 | |
23.0℃,168 hr,in Cyclohexane 23.0℃,168 hr,in Cyclohexane |
% | ISO 1817 | |
23.0℃,168 hr,in Sodium Hydroxide,50% 23.0℃,168 hr,in Sodium Hydroxide,50% |
% | ISO 1817 | |
23.0℃,168 hr,in Ethanol,95% 23.0℃,168 hr,in Ethanol,95% |
% | ISO 1817 | |
23.0℃,168 hr,in Hydrochloric Acid,10% 23.0℃,168 hr,in Hydrochloric Acid,10% |
% | ISO 1817 | |
23.0℃,168 hr,in Sodium Chloride,15% 23.0℃,168 hr,in Sodium Chloride,15% |
% | ISO 1817 | |
23.0℃,168 hr,in Detergent(Tide),2.5% 23.0℃,168 hr,in Detergent(Tide),2.5% |
% | ISO 1817 | |
23.0℃,168 hr,in Sulfuric Acid,98% 23.0℃,168 hr,in Sulfuric Acid,98% |
% | ISO 1817 | |
100℃,168 hr,in Deionized Water 100℃,168 hr,in Deionized Water |
% | ISO 1817 | |
23.0℃,168 hr,in Acetic Acid 23.0℃,168 hr,in Acetic Acid |
% | ISO 1817 | |
100℃,168 hr,in IRM 903 Oil 100℃,168 hr,in IRM 903 Oil |
% | ISO 1817 | |
125℃,168 hr,in IRM 903 Oil 125℃,168 hr,in IRM 903 Oil |
% | ISO 1817 | |
体积变化 volume change Volume change |
|||
125℃,70 hr,在IRM 903油中 125 ℃, 70 hr, in IRM 903 oil |
% | ASTM D471 | |
125℃,70 hr,在IRM 903油中 125 ℃, 70 hr, in IRM 903 oil |
% | ISO 1817 | |
耐连续最高温度 Resistance to continuous maximum temperature Resistance to continuous maximum temperature |
|||
1008 hr 1008 hr |
℃ | SAE J2236 | |
电气性能 ELECTRICAL |
额定值 Nominal Value |
单位 Units |
测试方法 Test Method |
介电强度 Dielectric Strength Dielectric Strength |
|||
23 ℃,2 mm 23 ℃,2 mm |
kV/mm | ASTM D149 | |
介电常数 Dielectric Constant Dielectric Constant |
|||
23 ℃,1.98 mm 23 ℃,1.98 mm |
ASTM D150 | ||
23 ℃,1.98 mm 23 ℃,1.98 mm |
IEC 60250 | ||
相比漏电起痕指数 Comparative Tracking Index Compared Tracking Index |
UL 746 | ||
高电弧燃烧指数(HAI) High Arc Burning Index (HAI) |
UL 746 | ||
高压电弧抗点燃指数(HVAR)(PLC) High voltage arc ignition resistance index (HVAR) (PLC) |
UL 746 | ||
高电压电弧起痕速率 High Voltage Arc Track Rate High Voltage Arc Track Rate |
|||
HVTR HVTR |
UL 746 | ||
热丝引燃 Hot Wire Ignition Hot wire ignition |
|||
HWI HWI |
UL 746 | ||
1.0 mm 1.0 mm |
UL 746 | ||
1.5 mm 1.5 mm |
UL 746 | ||
3.0 mm 3.0 mm |
UL 746 | ||
阻燃性能 FLAME CHARACTERISTICS |
额定值 Nominal Value |
单位 Units |
测试方法 Test Method |
阻燃等级 Flame Class Rating Flame Class Rating |
UL 94 | ||
1.00 mm 1.00 mm |
UL 94 | ||
1.50 mm 1.50 mm |
UL 94 | ||
3.00 mm 3.00 mm |
UL 94 |
备注 |
---|
1 一般属性:这些不能被视为规格。 |
2 C 模具 |
3 B 方法,直角形试样(割口) |
4 类型 1 |
5 类型 A |
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TRB Lightweight Structures 开发电动汽车车底保护板
2021-11-04 搜料网资讯: TRB Lightweight Structures (英国亨廷顿)宣布开发出一种复合车底保护板,可在减轻重量的同时显着提高冲击吸收能力。 该公司表示,这些面板由增韧的 TRB 树脂制成,采用具有 |
TRB Lightweight Structures 开发电动汽车车底保护板 搜料网资讯:TRB Lightweight Structures (英国亨廷顿)宣布开发出一种复合车底保护板,可在减轻重量的同时显着提高冲击吸收能力。 该公司表示,这些面板由增韧的 TRB 树脂制成,采用具有成本效益的大批量制造工艺,制造工艺与这种新解决方案同时开发,现在在北美和英国运营。 新的保护板采用先进材料的夹层结构,智能分层以根据位置提供不同的冲击吸收强度。 据 TRB 称,测试表明,与钢解决方案相比,冲击吸收率通常翻倍,同时重量减半。板可以涂漆,但与钢不同的是,不需要使用涂料用于腐蚀保护。这些板的结构重量轻,可以简化安装和更换。 “滑板底盘设计需要为公路和越野车辆提供更好的电池保护,”TRB Lightweight Structures 董事总经理 Richard Holland 说。“我们的方法利用了数十年来在材料和制造方法的开发和测试方面的知识,从而为汽车部件提供了一种具有成本效益的解决方案,可以减轻重量并提高性能。” TRB 将于 11 月 30日开始在斯图加特举行的欧洲电池展上展示其产品和技术。 |
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加工方式 | |||
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注塑成型 Injection Molding | Nominal Value | Unit | |
干燥温度 Drying Temperature | °C | ||
干燥时间 Drying Time | hr | ||
最大含水量 Maximum Moisture Content | % | ||
最大回料比 Maximum return ratio | % | ||
后段温度 Rear Temperature -Zone 1 | °C | ||
中段温度 Middle Temperature -Zone 2 | °C | ||
前段温度 Front Temperature -Zone 3 | °C | ||
喷嘴温度 Nozzle Temperature | °C | ||
熔体温度 Melt Temperature | °C | ||
模具温度 Mold Temperature | °C | ||
注射速度 Injection speed | |||
背压 Back Pressure | MPa | ||
螺杆转速 Screw Speed | rpm | ||
锁模力 clamping force | kN/cm² | ||
垫层 cushion | mm | ||
螺杆长径比 Draw Ratio of Screw | |||
螺杆压缩比 Screw Compression Ratio | |||
排气孔深度 Exhaust hole depth | mm | ||
挤出成型 Extrusion Molded | Nominal Value | Unit | |
干燥温度 Drying Temperature | °C | ||
干燥时间 Drying Time | hr | ||
熔体温度 Melt Temperature | °C | ||
模头温度 Die Temperature | °C | ||
背压 Back pressure | MPa |
抱歉!暂无数据。
抱歉!暂无数据。