China Nylon 6 50%Glass Fiber Reinforced BK Manufacturer, Supplier, Factory

Accom’s Biobased Polylactic Acid LA1003 is an environmentally friendly material with exceptional biodegradability, designed to rapidly decompose under industrial composting conditions. This advanced material is derived from renewable plant resources and produced using state-of-the-art fermentation and polymerization technologies, significantly reducing the carbon footprint. LA1003 retains the excellent mechanical properties of traditional plastics, including good transparency, strength, and processability, while offering outstanding rapid degradation characteristics. It can fully return to nature within a few months, breaking down into water, carbon dioxide, and organic matter. This makes LA1003 an ideal choice for single-use packaging, cutlery, and other short-term applications, addressing the growing market demand for sustainable solutions. Accom is committed to green innovation, and LA1003 exemplifies this dedication, contributing to a more environmentally friendly future.

China's Accom Company presents HDPE (E100), a high density polyethylene with excellent transparency. This material combines the robust properties of HDPE with high clarity, making it ideal for applications requiring clear, durable, and lightweight solutions, such as food packaging, bottles, and containers. Its superior transparency ensures visibility and aesthetic appeal, while maintaining the strength and chemical resistance typical of HDPE.

Accom's 206GH is a high-performance Glass Fiber Reinforced Polyamide 66 (GF-PA66) designed for applications requiring superior thermal stability. This material combines the excellent mechanical properties of PA66 with the added strength and rigidity provided by glass fibers, ensuring robust performance even at elevated temperatures. With a high heat deflection temperature, 206GH is ideal for use in under-the-hood automotive components, electrical connectors, and other applications where thermal resistance is critical. Additionally, its outstanding wear resistance and chemical stability make it a reliable choice for long-term durability and performance.

As the professional manufacture, ACCOM would like to provide you high toughness mineral filled polypropylene, which is a multifunctional material designed through precise filler selection, surface modification, and process optimization. It offers significant advantages in lightweight and low-cost engineering fields, especially suitable for mid-to-high-end applications that require impact strength and thermal performance. The actual selection needs to be evaluated comprehensively in conjunction with specific working conditions, cost budgets, and environmental requirements. It bridges the gap between standard PP and high-performance engineering plastics, providing an economical and efficient solution for applications that require both durability and rigidity.

High quality high strength mineral filled polypropylene is offered by China manufacturer ACCOM, which is compounded by an extrusion process to make the filler evenly dispersed in the PP matrix. The proportion of these minerals added is between 10% and 40%, which has the advantage of making the material have better performance and easier processing and molding. Commonly used mineral powders include talc, calcium carbonate, wollastonite, mica and fiberglass. After adding these powders, the material can become harder and stronger, less likely to be broken, and more able to withstand high temperatures.

Accom’s Post Consumer Recycled Polypropylene is a prime example of sustainable innovation, significantly reducing the carbon footprint associated with traditional manufacturing. By recycling used products such as plastic containers and automotive parts, Accom transforms waste into valuable resources, closing the loop in the product lifecycle. Post Consumer Recycled Polypropylene eco-friendly material minimizes the need for virgin raw materials, conserving natural resources and reducing energy consumption. The production of PCR Polypropylene generates fewer greenhouse gas emissions compared to conventional methods, contributing to lower overall carbon emissions. It prevents waste from ending up in landfills or oceans, addressing the urgent issue of plastic pollution.