Modified Plastics

Designed for the rigorous demands of the automotive industry, modified PP compounds excel in balancing lightweight design with superior performance.
- Low Odor & Low VOC: Addressing consumer concerns about indoor air quality, these materials minimize volatile organic compound emissions, ensuring a healthier cabin environment.
- Lightweight Construction: By reducing component weight without compromising strength, they contribute to improved fuel efficiency and reduced carbon footprints.
- Applications: Ideal for interior trims, door panels, and under-the-hood components where resistance to heat and chemical exposure is critical.

The combination of Polycarbonate (PC) and Acrylonitrile Butadiene Styrene (ABS) results in a high-performance blend:
- High Heat Resistance: Withstands continuous operating temperatures in engine compartments, making them suitable for electrical connectors and lighting fixtures.
- Low Gloss Finish: Provides a premium, matte aesthetic for interior surfaces, reducing glare and enhancing user experience.
- Robust Impact Resistance: Ensures structural integrity in crash-prone areas while maintaining design flexibility.

In the household appliances sector, safety and aesthetics are paramount. Food-grade modified PP delivers:
- Certified Safety: Compliant with global food contact standards (e.g., FDA, EU 10/2011), making it ideal for kitchen appliances, food storage containers, and baby products.
- High Gloss & Smooth Surface: Enhances product appearance and simplifies cleaning, a key factor in consumer durables.
- Heat Resistance: Maintains dimensional stability during repeated sterilization or high-temperature use, such as microwave-safe components.

For applications requiring exceptional mechanical strength:
- High Tensile Strength & Low Creep: Resists deformation under long-term stress, critical for load-bearing parts in automotive and industrial machinery.
- Lightweight Reinforcement: Offers metal-like performance without the weight penalty, enabling lightweighting in structural components like battery trays and chassis parts.
- Improved Fatigue Resistance: Extends the service life of components subjected to dynamic loads.

Nylon-based compounds with glass fiber reinforcement set the standard for harsh environments:
- Heat Aging Resistance: Maintains mechanical properties even after prolonged exposure to high temperatures, suitable for under-hood automotive parts and electrical insulators.
- Low Fiber Exposure (Low Float Fiber): Ensures a smooth surface finish, reducing the risk of abrasion and improving compatibility with mating components.

Safety is non-negotiable in electronics and transportation. Our flame retardant series features:
- UL 94 V0 Certification: The highest flame retardancy rating, meeting strict safety standards for electrical enclosures, wiring components, and railway interiors.
- Halogen-Free Options: Environmentally friendly solutions that reduce toxic emissions during combustion, aligning with global sustainability goals.
- Balanced Performance: Combines fire resistance with processability, ensuring ease of manufacturing without compromising mechanical properties.