PA6 8231GHS 德国巴斯夫 15%增强
供应德国巴斯夫Ultramid PA6材料：
Ultramid 8202是低黏度，陈列填装的通用PA6注坯模型均聚物稀薄的部分优秀融解流动性。
Ultramid 8202HS是被稳定的热，低黏度，通用PA6注坯模型,它拥有的力量和的韧性的
Ultramid 8202C是修改过的水晶和低黏度，PA6注坯模型均聚物,它也是可利用的在被稳定的热
Ultramid 8202CQ是低黏度，PA6注坯模型均聚物，拥有增加的物产表现的一个修改过的水晶结构…
Ultramid 8231GHS是被稳定的热,14%玻璃纤维被加强的PA6注坯模型化合物,它也是可利用的在被稳定的非热
Ultramid 8232GHSFR BK-102是被加强的25%玻璃纤维,被稳定的热,阻燃被着色的黑PA6注坯模型化合物
Ultramid 8233GHS是被稳定的热，33%玻璃纤维被加强的PA6注坯模型复合提供的优秀力量，僵硬，高蛋彩画…
Ultramid 8234GHS是被稳定的热，提供*高水平力量，僵硬，h的44%玻璃纤维被加强的PA6注坯模型化合物…
Ultramid 8253是未加强的，冲击修改过的类型6为注坯模型和挤压应用开发的贪污共聚物。 它也是…
Ultramid 8253HS BK-102是热被稳定的，被着色的黑色，冲击修改过的类型6尼龙为注坯模型和e开发的贪污共聚物…
Ultramid 8254HS BK-102是一高度灵活的，被稳定的热，被着色的黑色，冲击管材应用的修改过的PA6挤压化合物。
Ultramid 8255HS是热被稳定的，冲击修改过的类型6尼龙为注坯模型和挤压应用开发的贪污共聚物。
Ultramid 8260是40%矿物被加强的PA6注坯模型化合物。它拥有高刚度、尺寸恒定性和抗热能力combi…
Ultramid 8260HS BK-102是被稳定的热，被着色的黑色，40%矿物被加强的PA6注坯模型树脂。它拥有高刚度，
Ultramid 8262GHS BK-102是热被稳定的，被着色的黑色、20%玻璃和矿物被加强的PA6注坯模型化合物造成平衡…玻璃纤维增强材料，7.0%; 矿物填料，13%
Characteristics, molding process and application of PA6 plastics PA6 polyamide 6 (nylon 6)
Chemical and physical properties
Drying treatment: as PA6 is easy to absorb moisture, special attention should be paid to drying before processing. If the material is supplied in a waterproof package, the container should be kept airtight. If the humidity is greater than 0.2%, it is recommended to dry in hot air above 80C for 16 hours. If the material has been exposed to air for more than 8 hours, it is recommended to conduct 105C vacuum drying for more than 8 hours.
Melting temperature: 230~280C, 250~280C for reinforced varieties.
Mold temperature: 80~90C. Mold temperature significantly affects crystallinity, which in turn affects the mechanical properties of plastic parts. Crystallinity is important for structural parts, so mold temperature is recommended to be 80~90C. Higher mold temperatures are also recommended for thin-walled, long-flow plastics. Increasing mold temperature can improve the strength and stiffness of the plastic parts, but reduce the toughness. If the wall thickness is greater than 3mm, it is recommended to use a low temperature mold of 20~40C. For glass reinforced material mold temperature should be greater than 80C.
Injection pressure: generally between 750 and 1250bar (depending on material and product design).
Injection speed: high speed (slightly reduced for enhanced materials).