RPOM

Product highlights:
High quality recycled raw materials
RPOM uses a single source, rigorously screened recycled polyformaldehyde (POM) raw material, mainly from industrial injection molding scraps, extrusion waste and unused molded parts. All raw materials are sourced from stable upstream suppliers, screened and initially purified to ensure the material has good mechanical strength and stability, while reducing the impact of impurities to ensure the high quality and reliability of the final product.

Selected recycling sources
Industrial injection molding waste: The waste from the injection molding production process, unused and contains fewer impurities, ensuring high purity and stability of the material.

Extrusion waste: including the waste produced by polyformaldehyde in the extrusion process, these waste after fine screening and cleaning treatment, can be used for recycling to produce high-quality POM products.

Unused molded parts: From the unused POM parts in the molding process, the material has not been used, the impurity content is low, suitable for the production of high-end recycled materials.

High quality recycled raw materials
Dyed RPOM uses carefully selected recovered polyester (PET) from a single source as a base material, derived mainly from industrial waste, bottle flakes and other recyclable polyester materials. All raw materials were provided by certified upstream suppliers and underwent rigorous screening and cleaning treatment to ensure extremely low impurity content, ensuring the color uniformity and physical properties of the products, making the final product outstanding in terms of color consistency and quality stability.

Select Recycling sources
Industrial waste: includes scraps and scrap produced during polyester production, most of which come from plastic manufacturing plants and the packaging industry, such as residues produced during polyester fiber production or plastic film cutting scraps. All waste is rigorously screened and cleaned to remove any impurities that may affect the quality and ensure its low impurity content.

Bottle flakes: Recycled PET bottle flakes derived from recycled materials such as mineral water bottles and beverage bottles. These bottles are usually cleaned and de-labeled to ensure that no label or ink remains, preserving the purity of the PET. These bottle sheets, one of the main sources of recycled PET, are carefully screened to ensure no contaminants and are suitable for use in the production of high-quality Dyed RPOM.

Other recyclable polyester materials: Include waste from other PET products, such as PET plastic parts that are not used in the production process, such as cutlery packaging, food containers, etc. These materials are initially screened and cleaned to ensure they are low in impurities and to guarantee the consistency and reusability of the material.

Product highlights:
High quality recycled raw materials
Flame Retardant RPOM uses a single source, highly screened recycled polyformaldehyde (POM) as feedstock, mainly from industrial injection molding scraps, extrusion waste and unused molded parts. All feedstock is supplied by a stable upstream supplier and is screened and initially purified to ensure the purity and stability of the material while reducing the impact of impurities on performance. To provide a higher level of safety, Flame Retardant RPOM is also made with halogen-free or low-halogenated flame retardants, ensuring the material has excellent flame retardant properties and meets international safety standards.

Selected Recycling Sources
Industrial injection molding scraps: scraps from the injection molding process of polyformaldehyde, the material has not been used, less impurities, suitable for the production of high purity, stable recycling POM.

Extrusion waste: including the waste generated during the extrusion process of polyformaldehyde, after fine screening and cleaning treatment, to ensure the stability of the material and low impurity content.

Unused molded parts: from the unused POM parts in the molding process, these materials are not used, containing low impurity quality, suitable for the production of high-quality flame retardant POM.

Product highlights:
Superior enhancement strength:
Reinforced RPOM enhances its tensile strength, bending strength and impact resistance by adding reinforcing materials such as glass fibre and mineral fillers. Compared to ordinary RPOM, Reinforced RPOM has stronger tensile strength and rigidity, making it suitable for applications that require higher strength, such as automotive parts, mechanical casings, etc.

Excellent heat resistance:
Reinforced RPOM has excellent high temperature resistance to maintain good physical properties in high temperature environments, and is especially suitable for high temperature applications such as engine components and electronic components. It can effectively avoid deformation or damage under high temperature, and extend the service life of the product.

Excellent chemical resistance:
Reinforced RPOM is significantly more resistant to chemicals, oils, solvents, etc., thanks to the addition of reinforced materials, making it excellent in harsh working environments. It is especially suitable for applications where corrosion resistance is required in chemical processing, electronic components and automotive oil circuit components.

Environmentally sustainable:
Reinforced RPOM uses 100% recycled polyolefin materials that meet global environmental standards (e.g. REACH, RoHS). By recycling and reprocessing used plastics, Reinforced RPOM effectively reduces the need for new raw materials, helps companies reduce the environmental impact of plastic waste, and supports the circular economy.

High quality recycled raw materials
Toughening RPOM is based on a single, highly screened source of recycled polyformaldehyde (POM) from industrial waste, injection molding scraps and unused molded parts. All raw materials are provided by a stable upstream supplier and are carefully screened and purified to ensure high purity, excellent mechanical properties and stability, while ensuring that the final product has excellent impact resistance and toughness to meet the requirements of high-strength applications.

Select recycling sources

Industrial waste: including the waste produced in the production process of polyformaldehyde, after fine screening to ensure that the material contains fewer impurities, has a high purity and stability.

Injection molding waste: The waste from the injection molding process, these waste is not used, the purity of the material is high, suitable for the production of high performance Toughening RPOM.

Unused molded parts: From unused POM parts in the molding process, with low impurity content, after screening and purification treatment, can provide high strength and high toughness of the final product.