日本帝人PC L-1225L光学眼镜片材料
¥20.00
高透明PC日本帝人ML-1103护目镜原材料
¥20.00
PC ML-1105日本帝人高抗冲 透明级
¥20.00
PC日本帝人AD-5503光学级 眼镜/镜头专业料
¥21.00
光学级PC日本帝人L-1225LM高流动
光学级PC日本帝人L-1225LM高流动
光学级PC L-1225LM日本帝人，低粘度，高流动，易脱模
光学级PC L-1225L日本帝人，低粘度，高流动，易脱模
光学用PC AD-5503日本帝人 低粘度 押出 射出成型
耐高温PC ML-1103日本帝人 光扩散灯罩用 耐候 抗紫外线
耐高温PC ML-1105日本帝人 光扩散灯罩用 耐候 抗紫外线
高耐热PC MN-3600H日本帝人难燃
高耐热 PC MN-3705日本帝人 阻燃高流动 高抗冲
耐寒 耐候PC L-1250Z 100日本帝人 抗紫外线 中粘度
高刚性PC G-3410R日本帝人 加10%玻纤 阻燃V-2易脱模
高刚性PC G-3420R日本帝人 加20%玻纤 阻燃V-2易脱模
聚碳酸酯还被用来制作登月太空人的头盔面罩。苹果公司的iPod音乐播放器和ibook笔记本电脑外壳也使用聚碳酸酯制作。
由于它的清晰和韧性，食物贮存货的生产者和采购员喜欢聚碳酸酯纤维。当与矽土玻璃比较聚碳酸酯纤维如同轻量级和高度不易碎。聚碳酸酯纤维多
用于一次性塑料水瓶和重用塑料水瓶
PC 透光89% 相对密度1.19~1.2% 热变型温度135度左右，长期使用温度-60~120
针对PC的缺点对其改性增强 PC密度在1.2%以上
》 导电，电磁屏蔽（EMI)碳纤维增强
》PC不耐候，对其添加UV剂，不耐紫外，抗紫外
》PC加工困难，加脱模剂，易粘模，使它不粘模 R，
》铁氟龙PTFE增强L，耐化学性好 耐磨，
》阻燃等级 阻燃增强V
》玻璃纤维增强GF，耐热温度 提高强度，
Huayun plastic company PC Chinese name: Polycarbonate, English name is Polycarbonate, or PC for short. Is a strong and tough thermoplastic resin, its polycarbonate is a common material in daily life. Because of its colorless transparency and excellent impact resistance, the common daily applications are optical discs, water bottles, eyeglasses, Bulletproof glass, goggles, bank bullet proof glass, headlamps and so on, animal cages, pet cages, etc. . Occasionally, it can be used in medical equipment or mechanical equipment: All kinds of gears, bolts, crankshaft, lever, bearing, rack, Cam, worm wheel, worm wheel, worm wheel, ratchet wheel, etc. . Polycarbonate is also one of the materials used in the case of notebook computers. Its raw material is petroleum. After being processed by a polyester chip factory, it becomes polyester chip particles. After being processed by a plastic factory, it becomes a finished product. From a practical point of view, its heat dissipation performance is also better than ABS plastic, the heat dispersion is more uniform. The name comes from its internal CO3 group. It can be synthesized from BISPHENOL A and carbon oxychloride (COCl2) . The most widely used method is melt transesterification (where BISPHENOL A and diphenyl carbonate are synthesized through transesterification and polycondensation) . Flame-retardant properties
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