High Strength Mineral Filled Polypropylene

Key features:.

The High Strength Mineral Filled Polypropylene of ACCOM has many advantages compared to other materials. Mineral fillers (such as glass fiber and talc) significantly improve the material's tensile strength, bending modulus, and creep resistance, achieving performance similar to engineering plastics like nylon or ABS. It is lighter than metals or pure engineering plastics at the same strength, making it suitable for weight-sensitive fields such as automotive and aerospace. The HDT after filling can reach over 120°C (unfilled PP is 60-80°C), making it suitable for high-temperature environments (such as engine compartment components or electronic device housings). Mineral fillers can make things less likely to shrink and deform, and parts with complex shapes can also maintain accurate dimensions, reducing the need for post-processing. Things with high-strength mineral filled polypropylene are not easy to get out of shape even after being pressed for a long time, and are very suitable for load-bearing parts, such as factory shelves or machine brackets. Some fillers (such as titanium dioxide) can also make things more durable outdoors, not afraid of wind and sun, and last longer. Compared with some expensive engineering plastics, this kind of filled polypropylene material saves more money in raw materials and saves more electricity in processing. The type and amount of fillers can be flexibly arranged according to different uses.

Applications:

Accom's high strength mineral filled polypropylene has been used in a wide range of industries, such as,

Automotive: bumpers, interior panels, battery housings (impact resistance and thermal stability required).

Industrial: pallets, mechanical parts (durability and rigidity required). Consumer goods: home appliances, tools (need a lightweight and strong housing).

Construction industry: pipelines, storage tanks (chemical resistance and structural integrity required).

Accom's high strength mineral filled polypropylene realizes "plastic instead of steel" and "low instead of high" (low cost instead of high-cost engineering plastics) through mineral filling, and has outstanding performance in light weight, heat resistance, dimensional stability and cost control, especially suitable for industrial and consumer fields with high requirements for strength, precision and cost.