Engineering Plastics Performance Enhancement Solutions

Why Engineering Plastics Need Advanced Stabilization

Although engineering plastics possess excellent mechanical properties, they remain vulnerable to degradation during processing and service life.

Common challenges include:

• Thermal oxidation during extrusion and injection molding
• Yellowing after prolonged heat exposure
• UV-induced discoloration and surface cracking
• Reduced impact strength after aging
• Hydrolysis in humid environments
• Loss of tensile strength
• Surface chalking and gloss reduction
• Poor color consistency
• Shortened service life in outdoor applications

Regulatory & Efficiency Demand

Manufacturers increasingly require additive packages that can simultaneously improve processing efficiency, long-term stability, and regulatory compliance.

Thermal Stabilization

Primary and secondary antioxidants work together to minimize thermal degradation during high-temperature processing.

UV Protection

High-performance UV absorbers and HALS protect polymers against sunlight, reducing discoloration, embrittlement, and cracking.

Processing Stability

Improved melt stability leads to smoother processing, lower reject rates, and consistent product quality.

Long-Term Mechanical Performance

Our additive systems help maintain tensile strength, impact resistance, and dimensional stability throughout the product lifecycle.

Hydrolysis Resistance

Special stabilization packages help engineering plastics perform reliably in humid and high-temperature environments.

Primary Antioxidants

Benefits:

• Excellent thermal oxidation resistance
• Long-term heat stability
• Improved polymer lifetime

Secondary Antioxidants

Benefits:

• Better melt stability
• Reduced processing discoloration
• Enhanced antioxidant efficiency

UV Absorbers

Benefits:

• Excellent UV screening
• Reduced yellowing
• Improved outdoor durability

HALS

Benefits:

• Long-term weatherability
• Surface crack prevention
• Superior gloss retention

Polyamide (PA6 / PA66)

Enhanced thermal and mechanical stability for demanding structural parts.

Polycarbonate (PC)

Superior UV resistance and clarity retention against environmental degradation.

Polybutylene Terephthalate (PBT)

Optimized electrical and thermal performance under continuous stress.

Acrylonitrile Butadiene Styrene (ABS)

Balanced anti-aging and impact protection for consumer and automotive housings.

Polyoxymethylene (POM)

Advanced processing stabilization and extended operational lifetime.

Polyphenylene Sulfide (PPS)

High-temperature resistance solutions for severe industrial applications.

PC/ABS Alloys

Customized stabilization packages for multi-resin automotive and electronics grades.

Modified Engineering Plastics

Tailored stabilization for custom compounded polymer systems.

Automotive Components

Connectors, housings, under-the-hood parts, air intake systems, and structural components.

Electrical & Electronics

Switches, sockets, circuit breaker housings, cable accessories, and electronic enclosures.

Industrial Equipment

Pump components, gears, valves, machine housings, and precision mechanical parts.

Consumer Products

Home appliances, power tools, office equipment, and durable consumer goods.

Construction Materials

Profiles, engineering fittings, outdoor structural parts, and architectural components.

Customized Formulation Support

Tailored additive packages based on resin type and customer performance targets.

High Product Consistency

Strict quality control ensures stable performance from batch to batch.

Broad Polymer Expertise

Extensive experience across engineering plastics and polymer modification.

Global Compliance

Products can support compliance with REACH, RoHS, ELV, and other international regulations.

Technical Collaboration

Application engineers assist with formulation optimization, processing improvements, and troubleshooting.