Functional masterbatches enhance the durability, functionality, and environmental performance of industrial products, while also meeting the stringent requirements of complex operating conditions.

Solutions:

Glass/Carbon fiber reinforced masterbatch: Enhances mechanical strength and fatigue resistance for industrial gears and bearings.

Chemical resistant masterbatch: Incorporates fluoropolymers (such as PVDF) to withstand strong acids and alkalis, ideal for chemical pipelines and reactor linings.

High-temperature resistant masterbatch: Utilizes PPS and PEEK resins, suitable for oven components and engine peripheral devices.

Carbon black/Metal powder conductive masterbatch: Provides surface resistivity below 10⁶ Ω, ensuring static dissipation in electronic device housings and anti-static trays.

Flame retardant masterbatch: Meets UL 94 V-0 standards for applications such as power distribution cabinets and cable trays.

Nano TiO₂ self-cleaning masterbatch: Reduces oil and dirt adhesion on industrial equipment surfaces, minimizing maintenance costs.

Recycled plastic masterbatch: Uses recycled PP/PE carriers, ideal for industrial packaging and turnover boxes.

PLA/PBAT biodegradable masterbatch: Suitable for disposable industrial items, such as biodegradable tool handles.

Wear-resistant masterbatch (Molybdenum disulfide): Improves durability for conveyor rollers and bearing cages.

Lubricating masterbatch (PTFE additive): Reduces friction and wear in gears and sliding rails.

Thermally conductive masterbatch (Boron nitride/Alumina filled): Increases heat dissipation efficiency for LED substrate applications.

Electromagnetic shielding masterbatch: Contains nickel-coated copper powder to prevent interference in 5G base station enclosures.

Anti-corrosion masterbatch (Epoxy coated): Protects the inner walls of oil tanks and acid pipelines from corrosion.

Fluorescent masterbatch: Enhances industrial safety by marking hazardous zones for nighttime visibility.