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POM LV8202
UNIKING
LV8202 is a toughened polyoxymethylene material designed for high performance. It offers enhanced impact resistance for demanding environments. The formulation supports environmental compliance by reducing emissions during processing and use.
This POM material maintains excellent mechanical strength, including tensile and compressive properties. Its dense molecular structure ensures reliability in safety-critical automotive and medical parts. The low emission polymer supplier quality meets strict VOC regulations, making it suitable for eco-conscious manufacturers.
As a high toughness POM supplier, this material is ideal for injection molding POM materials requiring durability and precision. It works well in industrial equipment and polymer materials for automotive parts. This product is developed by a professional POM material manufacturer dedicated to environmentally friendly engineering plastics.
Parameter | Value |
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Base Polymer | Polyoxymethylene (POM) |
Toughness Modification | Impact modifiers and additives |
Emission Standard | Low VOC formulation |
Mechanical Strength | High tensile and compressive strength |
Environmental Compliance | Meets current regulations |
Suitable Processing Method | Injection molding |
Typical Applications | Automotive, medical, industrial parts |
Product Code | LV8202 |
This POM material offers excellent toughness and high tensile strength. It resists impact and mechanical wear effectively, ideal for high performance plastic applications.
Designed with low volatile organic compound emissions, it meets strict environmental standards. Perfect for manufacturers seeking environmentally friendly engineering plastics.
Suitable for precise injection molding, this polymer material supports production of complex, high-quality parts for automotive and medical industries.
Widely used in automotive components, medical devices, and industrial equipment, this material delivers durability and reliable safety.
Its dense molecular structure provides consistent long-term performance, supporting manufacturers in delivering robust, sustainable products.
Q1: What advantages does higher toughness POM offer for industrial parts?
A1: It improves impact resistance and durability, ideal for demanding applications in automotive and medical fields.
Q2: How does low emission POM benefit environmentally conscious manufacturing?
A2: It reduces volatile organic compound release, helping meet strict environmental regulations and workplace safety.
Q3: Can I get customized POM materials with tailored toughness and emission levels?
A3: Yes, custom formulations are available to meet specific mechanical and environmental requirements.
Q4: What industries commonly use high toughness, low emission POM materials?
A4: Automotive, medical devices, electronics, and precision machinery frequently rely on these advanced polymers.
Q5: How does polymer toughness affect product lifespan in injection molding?
A5: Higher toughness enhances resistance to cracking and deformation, extending the service life of molded parts.
Q6: Are there suppliers specializing in environmentally friendly engineering plastics like toughened POM?
A6: Yes, manufacturers offer sustainable polymer materials designed for high performance and low environmental impact.
Q7: What testing ensures the quality of low emission, high toughness POM materials?
A7: Materials undergo mechanical, chemical, and emission tests to guarantee compliance and reliability.
Q8: How quickly can I receive high toughness, low emission POM materials for production?
A8: Reliable suppliers offer fast delivery and support for bulk orders and custom polymer material manufacturing.