Oxidized wax exhibits exceptional properties including low viscosity, high softening point, and excellent hardness. This non-toxic material features superior thermal stability, minimal high-temperature volatility, and outstanding dispersibility for fillers and pigments. It provides both excellent external lubrication and strong internal lubrication, complemented by a coupling effect that enhances plastic performance,improves processing efficiency, and reduces production costs.
NC foaming agent is a white powder, an endothermic type with a low initial temperature. When used in conjunction with AC foaming agent, it can achieve a heat-absorbing balance. This combination ensures that the pores of the product are more uniform, and the product exhibits good dispersion. It does not cause pollution, does not corrode the mold, does not dye the product, and does not affect the product's molding speed.
AC Foaming Agent incorporates a suitable quantity of decomposition activator, which can modulate the foaming process. This ensures that the product's pores are more uniform, offering excellent dispersion without causing pollution. It does not corrode the mold, discolor the product, or impact the product's molding speed.
CPE135A exhibits excellent flame retardancy and superior low-temperature impact resistance, effectively enhancing the toughness and impact strength of PVC materials. It is widely applied in PVC extrusion machine for manufacturing PVC WPC doors, foam boards, sheets, profiles, pipes, and wires, among other products.
Yongte WPC profile extrusion line is mainly composed of an extruder, a mold, a calibration table, a traction machine, a cutting machine, a stacking rack and an electrical system, which are used to process wood-plastic raw materials into profiles of various shapes.
This formulation is suitable for use in the Yongte 16-50mm Rigid PVC Electric Pipe Making machine. It is an experienced formulation designed to produce high-quality, low-cost PVC electric pipes.
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies.Privacy Policy