PA66+15%玻纤/碳纤
PA增强
一、增强PA6:PA6+15%玻纤/碳纤、PA6+20%玻纤、PA6+25%玻纤、PA6+30%玻纤、PA6+40%玻纤、PA6+50%玻纤
二、增强PA66:PA66+15%玻纤/碳纤、PA66+20%玻纤、PA66+25%玻纤、PA66+30%玻纤、PA66+40%玻纤、PA66+50%玻纤
三、阻燃增强PA6:25%玻纤阻燃、23%玻纤阻燃、25%玻纤阻燃
四、阻燃增强PA66:25%玻纤阻燃、23%玻纤阻燃、25%玻纤阻燃
五、增韧碳纤尼龙66，高韧尼龙，增韧PA66。增韧PA6,增韧PA66;增韧尼龙耐低温零下40度，高冲击，耐寒，耐低温，耐候，性能等
供应热稳定PA6670G13HS1L美国杜邦 加13%玻纤
供应抗水解PA6670G25HSLR美国杜邦玻纤增强25%热稳定
供应PA66 70G30HSLR美国杜邦加30%玻纤 抗水解热稳定
供应玻纤增韧PA6680G33L美国杜邦 加纤33%增韧级抗冲击
供应玻纤增强PA6680G25HS美国杜邦加纤25%热稳定 抗冲击
供应PA66 80G33HS1L美国杜邦 加33%玻纤热稳定 抗冲击
供应热稳定PA66 103HSL103FHS美国杜邦 经润滑 耐磨损
供应纯树脂PA66 FR10FR15美国杜邦 防火阻燃V-0注塑级
供应PA66 FR7025V0F美国杜邦热稳定 经润滑 无卤阻燃V-0
Nylon Sheet Variety 1: Nylon 6(White) : the material hascomprehensive properties, including mechanical strength, stiffness,toughness, mechanical shock absorption and wear resistance. Theseproperties, together with good electrical insulation and ChemicalResistance, Make Nylon 6 a "general-purpose" material for themanufacture of mechanical structural parts and maintainable parts.2: Nylon 66(Cream) : compared with Nylon 6, its mechanicalstrength, stiffness, heat resistance and wear resistance, creepresistance is better, but impact strength and mechanical shockabsorption performance decreased, very suitable for automatic lathemachining. 3: Nylon 4.6(Reddish Brown) : compared with ordinarynylon, nylon 4.6 is characterized by strong rigid retention, goodcreep resistance, in a wide temperature range, more heat aging,therefore, nylon 4.6 for Nylon 6, NYLON 66, POM and PET "hightemperature field" (80-150 °c) where stiffness, creep resistance,heat aging resistance, fatigue strength and wear resistance are notup to the requirements (black)4: Nylon 66 + GF30: compared withpure Nylon 66, this nylon filled with 30% glass fiber reinforced,its heat resistance, strength, stiffness. The creep resistance,dimensional stability and wear resistance are improved, and theallowable service temperature is higher. 5: Nylon 66 + MOS2(GrayBlack) : this nylon is filled with molybdenum disulfide. Comparedwith Nylon 66, the rigidity, hardness and dimensional stability areimproved, but the impact strength is decreased, and the crystallinestructure of Molybdenum disulfide is improved, the bearing capacityand wear resistance of the material are improved.