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Jul 06, 2023
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Due to the poor thermal stability of nylon 6, after being heated or stored for a period of time, the appearance and performance of injection molding products will decrease. In order to improve the thermal stability of nylon and endow the material with excellent comprehensive mechanical properties, Anmei engineers improve its long-term heat aging resistance and high-temperature yellowing resistance with a certain amount of thermal stabilizer to formulate.
This heat-resistant nylon 6 is widely used in automobile parts, mechanical parts and electrical/electronic（E&E）parts, etc.
Physical Property of Heat Stabilized Nylon 6
Ash | (15.0% 1 ISO3451/1) |
Conditioned | 600°C*2h |
Density | (1130Kg/m3 1 ISO1183) |
Conditioned | 23°C |
Shrinkage Parallel Flow | (0.8-1.6 % 1 ISO294-4) |
Shrinkage Vertical Flow | (0.8-1.6% I ISO294-4) |
Mechanical Properties of Heat Stabilized Nylon 6
Tensile strength (75.0MPa 1 ISO527) Conditioned | 50mm/min |
Tensile Strain at Break (30.0% I ISO527) Conditioned | 50mm/min |
Notched Impact Strength (6.0 KJ/m2 ISO179) Conditioned | 1.0J |
Flexural Strength (105MPa 1ISO178) Conditioned | 2mm/min |
Flexural Modulus (2436 MPa I ISO178) Conditioned | 2mm/ min |
Thermal Property of Heat Stabilized Nylon 6
Melting Point | (220°C I ISO11357) |
Hot Deformation Temperature | (180*C I ISO75) |
Conditioned | 0.45MPa |
Flammability Class | (HB 1UL94) |
Conditioned | mm |
Injection Molding Conditions of Heat Stabilized Nylon 6
Drying Temperature | 90°C |
Drying Time | 3h |
Cylinder Temperature | 220-240°C |
Nozzle Temperature | 220-240*C |
Tooling Temperature | 80*C |
