POM material with high flow weather resistance and low emission

Product Introduction

UNIKING presents premium POM Material with High Flow, Weather Resistance, and Low Emission, engineered for superior durability, low friction, and long-term dimensional stability. Perfect for automotive horn covers and other weather-sensitive components, this material ensures reliable performance and compliance with low-emission standards.

Weather-Resistant High Flow Polyoxymethylene with Ultra-Low Emission Technology

Revolutionary POM Engineering Plastic for Demanding Environmental Applications

Introducing our breakthrough high flow weather resistant POM (Polyoxymethylene) with ultra-low emission characteristics - a next-generation acetal copolymer specifically engineered for applications demanding exceptional environmental stability, superior processability, and stringent emission control. This advanced polyacetal material combines outstanding UV resistance, remarkable flow properties, and minimal volatile organic compound (VOC) emissions.

Our high-performance POM (Polyoxymethylene) features excellent flowability, reliable UV resistance and low emission—ideal for components requiring strong light resistance and high fluidity.

Widely used in automotive interior parts, it delivers reliable performance in demanding weather-resistant scenarios. We also offer customized formulations to meet your specific needs.

Material Advantages

• Outstanding Light Aging Resistance for Longer Service Life

Its excellent light aging stability effectively extends component service life. With long-term UV aging resistance, your parts stay reliable and durable even in harsh light-exposed environments.

• Efficient Processing for Complex Components

Optimized specifically for injection molding, this material supports intricate designs. Its superior flow properties boost production efficiency, ensuring smooth manufacturing of complex parts.

• Wide Applications in Automotive Components

It is perfectly suited for automotive interior parts that require weather resistance and low emission performance, meeting strict industry standards for both durability and environmental compliance.

• Low Emission

Formulated to meet stringent VOC, RoHS, and REACH standards, ensuring compliance and safer end-use applications in automotive and electronics.

• Low Friction & Wear Resistance

Naturally low friction reduces wear on moving parts, extending service life and minimizing lubrication needs in sliding and rotating applications.

Applications

• Automotive Horn Covers: Low emission and weather-resistant POM ensures long-lasting performance in exterior automotive components.

  
  

• Precision Gears & Sliding Components: High-flow and low-friction properties enable smooth operation and durability in mechanical systems.

  
  

• Industrial Equipment Parts: Long-lasting wear resistance reduces maintenance in friction-prone machinery components.
  
  
  

Quality Assurance & Performance Validation

Comprehensive Testing

UNIKING POM material undergoes rigorous validation to ensure durability, reliability, and environmental compliance:

• Environmental Performance: Accelerated weathering (ASTM G154, ISO 4892), UV exposure, thermal cycling (-40°C to +120°C), and humidity resistance (ISO 62, ASTM D570).

• Emission & Odor: VOC, odor, and formaldehyde tested per VDA 270/278 and ISO 16000 standards; thermal desorption analysis ensures low emission.

• Mechanical Properties: Tensile (ISO 527), impact (ISO 179), fatigue (ISO 13003), and creep (ISO 899) tests confirm strength and long-term performance.
  
  

Statistical Quality Control

Real-time melt flow monitoring, continuous emission tracking, and batch-to-batch consistency checks guarantee consistent POM material quality.

Documentation & Traceability

Full material genealogy, environmental certificates, and processing guidelines provided for all applications.

Frequently Asked Questions

Q: How low are the emission levels compared to industry standards?

A: VOC emissions are <50 μg/g, significantly below automotive interior requirements (<100 μg/g), with odor ratings <2.5 per VDA 270. This makes the material suitable for sensitive indoor applications and automotive interiors where air quality is critical.

Q: Can this material reduce manufacturing costs compared to standard POM?

A: Yes, through multiple mechanisms: 10-15°C lower processing temperatures reduce energy costs, enhanced flow properties decrease injection pressures extending tool life, and 15-20% cycle time reduction increases productivity. Additionally, minimal emissions reduce post-processing requirements.

Q: What makes UNIKING POM different from standard acetal resins?

A: UNIKING POM combines low emission, high flowability, and excellent weather resistance, providing superior durability and compliance compared to standard POM.

Q: Can this material withstand outdoor automotive conditions?

A: Yes, its UV and moisture resistance, combined with excellent mechanical properties, ensures long-term performance in automotive exterior components.

Q: Is UNIKING POM suitable for complex injection molded parts?

A: Absolutely, the high-flow formulation allows precise molding of intricate components with minimal defects.

Q: Can it replace metal parts in high-friction applications?

A: Yes, its low friction and wear resistance make it an ideal alternative to metal, reducing weight and maintenance in moving components.