抗紫外线UVPC 德国科思创（拜耳） 2207 高流动级 低粘度
抗紫外线UVPC 德国科思创（拜耳） 2207 高流动级 低粘度低粘度
2205MI=36 ; 普通用途; 易脱模; 注塑成型; 只提供透明颜色2207MI=36 ; 普通用途; 紫外线稳定; 易脱模; 注塑成型; 只提供透明颜色2405MI=19 ; 普通用途; 易脱模; 注塑成型; 可提供透明, 半透明和不透明颜色2407MI=19 ; 普通用途; 紫外线稳定; 易脱模; 注塑成型; 可提供透明, 半透明和不透明颜色中粘度
2605MI=12.5 ; 普通用途; 易脱模; 注塑成型; 可提供透明, 半透明和不透明颜色2607MI=12.5 ; 普通用途; 紫外线稳定; 易脱模; 注塑成型; 可提供透明, 半透明和不透明颜色2805MI=9.5 ; 普通用途; 易脱模; 注塑成型; 可提供透明, 半透明和不透明颜色2807MI=9.5 ; 普通用途; 紫外线稳定; 易脱模; 注塑成型; 可提供透明, 半透明和不透明颜色高粘度3105MI=6.0 ; 普通用途; 易脱模; 注塑成型; 可提供透明, 半透明和不透明颜色
低粘度2456MI=19 ; 普通用途; 良好的耐水解性; 注塑成型; 可提供透明, 半透明和不透明颜色中粘度
2856MI=12.5 ; 普通用途; 良好的耐水解性; 注塑成型; 可提供透明, 半透明和不透明颜色1248MI=7.0 ; 冲击改性; 注塑成型; 只提供淡颜色高粘度
3106MI=6.0 ; 良好的耐水解性; 注塑成型和挤出成型; 可提供透明, 半透明和不透明颜色3206MI=4.0 ; 良好的耐水解性;注塑成型和挤出成型; 可提供透明, 半透明和不透明颜色
低粘度
6165XMI=28 ; 阻燃; UL 94V-0/1.2毫米; 低粘度; 易脱模; 注塑成型 – 熔体温度 280 - 320 °C;只提供不透明颜色; 可用于平板电视机框架6265XMI=19 ; UL 94 V-0/1.5毫米; 易脱模; 注塑成型; 只提供不透明颜色6267XMI=19 ; UL 94 V-0/1.5毫米; 紫外线稳定; 易脱模; 注塑成型; 只提供不透明颜色6255MI=19 ; 阻燃体系不含氯和溴;UL 94V-0/3.0毫米; 低粘度; 易脱模; 注塑成型 – 熔体温度 280 - 320°C; 可提供半透明和不透明颜色中粘度
2665MI=12.5 ; UL 94 V-2/1.5毫米和3.0毫米; 易脱模; 注塑成型; 可提供透明, 半透明和不透明颜色2667MI=12.5 ; UL 94 V-2/1.5毫米和3.0毫米; 紫外线稳定; 易脱模; 注塑成型; 可提供透明,半透明和不透明颜色2865MI=9.5 ; UL 94 V-2/1.5毫米和3.0毫米; 易脱模; 注塑成型; 可提供透明, 半透明和不透明颜色2867MI=9.5 ; UL 94 V-2/1.5毫米和3.0毫米; 紫外线稳定; 易脱模; 注塑成型; 可提供透明,半透明和不透明颜色1889以前的 Makrolon DP1-1899; MI=15.5 ; 特殊的阻燃体系; UL 94V-0/0.75毫米; 冲击改性;中粘度; 易脱模; 维卡软化温度 （50N; 50 °C/h） = 110 °C; 注塑成型 – 熔体温度 240 - 280 °C;只提供不透明颜色; 可用于电池外壳1952以前的 Makrolon DP1-1952; MI=9.5 ; 阻燃体系不含氯和溴; UL 94V-0/2.3毫米; 中粘度;紫外线稳定; 易脱模; 注塑成型 – 熔体温度 280 - 320 °C; 可提供半透明和不透明颜色;可用于笔记本电脑的液晶显示器外壳6555MI=9.5 ; UL 94 V-0/3.0毫米; 易脱模; 注塑成型; 可提供透明, 半透明和不透明颜色6557MI=9.5 ; UL 94 V-0/3.0毫米; 紫外线稳定; 易脱模; 注塑成型; 可提供透明, 半透明和不透明颜色6485MI=10.5 ; UL 94 V-0/1.5和5VA/3.0毫米; 易脱模; 注塑成型; 只提供不透明颜色6487MI=12.5 ; UL 94 V-0/1.5和5VA/3.0毫米; 紫外线稳定; 易脱模; 注塑成型; 只提供不透明颜色高粘度
1804MI=6.0 ; 高粘度; 紫外线稳定; 为加工时低的阻燃剂析出而优化的配方; 改进的阻燃性; UL 94V-2/1.5毫米和3.0毫米; 注塑成型和挤出成型; 可提供透明, 半透明和不透明颜色; 可用于异型材挤出6717以前的开发中产品 Makrolon® DP1-1853; MI=3.0 ; UL 94 V-0/2.0毫米; 紫外线稳定; 易脱模;注塑成型和挤出成型; 只提供透明颜色
低粘度1260MI=34 ; 易脱模; 注塑成型; 只提供淡颜色中粘度
1837以前的 Makrolon DP1-1837; MI=11 ; 冲击改性; 中粘度; 易脱模; 注塑成型 – 熔体温度 280 -320 °C; 只提供不透明颜色1248亚太区及欧洲中东地区品级; 以前的开发中产品Makrolon® KU1-1248; MI=7.0 ; 冲击改性; 食品接触品质;注塑成型; 只提供淡颜色
聚碳酸酯的性能以及成型参数： 一、原料的干燥
1、原料烘干：普通烘干箱温度110—130，时间2—4小时，机顶料斗烘干箱温度100—120，要求水分含量低于0.03。
2、判断水含量是否合格：看空注射的料条情况，物料通过塑化后由喷嘴流出来的料条应是均匀无色、无银丝和无气泡的细条；否则则是烘干不彻底。
二、注射工艺
1、注塑机调整成型参数（视原料分子量高低调整）：
料筒温度：前部250—310，中部240—280，后部230—250。
喷嘴温度：比后部低10。
模具温度：70—120。
注射压力：70—140MPa。
螺杆转速：30—120r/min。
成型周期：注射1—25s，冷却5—40s。
PC is the abbreviation of polycarbonate, also known as PC engineering plastic. PC material is actually one of the engineering plastics we refer to. As a widely used material worldwide, PC has its own characteristics and advantages and disadvantages. PC is an amorphous thermoplastic resin with excellent comprehensive performance, which has excellent electrical insulation, elongation, dimensional stability, and chemical corrosion resistance, and high strength गर्मी चिद्रायणं विरोध्यता; It also has the advantages of self-extinguishing, flame retardant, non-toxic, and colorable. You can see the shadow of PC plastic in every corner of your life, and its large-scale industrial production and easy processing characteristics also make its price extremely low.
स्वतोजङ्गमपृथुवादी निर्मातां उत्पादनम्
Polycarbonate has excellent impact and thermal distortion resistance, as well as good weather resistance and high hardness. Therefore, it is suitable for producing various components of cars and light trucks, mainly concentrated in lighting systems, instrument panels, heating plates, defrosters, and polycarbonate alloy safety bars.
वैद्यानिक उपकरणम्
ध्यानःसावधानम् steam, cleaning agents, heating, and high-dose radiation disinfection without yellowing or physical performance degradation, polycarbonate products are widely used in artificial kidney hemodialysis equipment and other medical devices that require transparent and intuitive operation and repeated disinfection. उदाहरणम्, producing high-pressure syringes, surgical masks, disposable dental equipment, blood separators, etc.
Aerospace
विद्युत्तमा विमानसा-विद्योपक्षस्य सम्पादकेन्द्रियां चौडायां चौडायां चौडायां 9 विमानसायां या विश्वासप्रयोगं निर्धारणम According to statistics, there are 2500 polycarbonate components used on a single Boeing aircraft, and a single aircraft consumes approximately 2 tons of polycarbonate. On the spacecraft, hundreds of polycarbonate components with different configurations and reinforced with glass fibers, as well as protective equipment for astronauts, were used.
साकरणक्षेत्रम्
नवो विकस्तां पुरणक्षेत्रस्थानं संयुक्तस्थानं भिन्नानि जलस्थानबाटलस्थानं शक्यते पुनराप्रतिष्ठापकाशां च Due to the advantages of lightweight, impact resistance, and transparency of polycarbonate products, which do not deform and remain transparent when washed with hot water and corrosive solutions, PC bottles have completely replaced glass bottles in some fields.
Electronics industry
Due to its excellent and constant electrical insulation properties over a wide range of temperature and humidity, polycarbonate is an excellent insulation material. सद्यः
Optical lens
Polycarbonate plays an extremely important role in this field due to its unique characteristics of high transmittance, high refractive index, high impact resistance, dimensional stability, and easy processing and molding. Optical lens made with optical grade polycarbonate can not only be used in cameras, microscopes, telescopes, and optical testing instruments, but also in film projector lens, copier lens, infrared autofocus projector lens, shock beam printer lens, as well as various prism mirrors, multi-sided reflectors, and many other office equipment and home appliances. Their application market is extremely broad.