It is made by mixing nylon PA610, PA612, PA6, PA66 raw materials with carbon fiber, carbon black, polymer anti-static masterbatch, etc. It can achieve functions

Commonly used nylons in industrial automation include PA6, PA66, PA46, PA12, PA610/PA612, PPA (High-temperature Nylon) and modified grades. They cater to genera

The automotive industry is the largest application field for polyamides (nylon), accounting for approximately 30% of global nylon consumption. Dominant grades a

PA12 (Nylon 12) flame retardant grade
Pure PA12 (unmodified): typically UL94 HB (flammable, slow burning, non self extinguishing), with an oxygen index of appro

For manufacturing pneumatic tubing (nylon air hoses), the mainstream choices are PA6, PA11, and PA1012.Among them, PA1012 is the preferred material for high-e

1. Clarify Core Product Application Requirements First, Stress Conditions: static structural parts, dynamic fatigue parts, impact-resistant parts, long-term

PA610 + 20% CF (20% carbon fiber reinforced PA610) is a high-performance engineering plastic modified by adding 20% chopped carbon fiber to neat PA610. It perfe

One‑Sentence Selection Guide For low cost, high strength and good heat resistance → Choose PA66,For good toughness, easy processing and low cost → Choose PA6,For low moisture absorption, stable dim

PA610 (Nylon 610) slice is a high-performance engineering plastic with long carbon chains, low water absorption, and high dimensional stability. Its core advant

PA612 carbon fiber reinforced CF reinforced 20% flame retardant carbon fiber nylon 612 high strength and high modulus. 1. Physical Properties Property Va

Glass fiber (GF) content is the key variable determining the overall properties of reinforced PA66. Within the common range of 15%–50%, strength, rigidity

Raw material pretreatment
Vacuum drying: 85 ± 5 ℃/5 ± 0.5h;
Moisture content ≤ 0.05%;
After drying, the material cylinder stays for ≤ 1 hou