Gowe New Material_Modified Plastics|PA6|PA66|PP|PBT

Industry Background

Modified plastics play an important role in the furniture industry, which not only provides good mechanical properties and chemical resistance, but also meets the diverse needs of furniture design. Its lightweight, high-strength, corrosion-resistant, flame-retardant and other characteristics make furniture safer and more durable. At the same time, modified plastics are easy to process and mould, and can achieve the manufacture of complex shapes, providing furniture designers with a wide creative space. In addition, it also has the advantages of high cost-effectiveness and good environmental performance, which meets the requirements of the modern furniture industry for sustainable development.

Industry pain point

Design limitations

Insufficient material strength or poor processing performance restricts the design of complex structures.

The surface is prone to damage

Plastic furniture is susceptible to scratches and fading, which affects its appearance and durability.

Environmental pressure

Traditional plastics contain VOCs (volatile organic compounds), making it difficult to meet environmental regulations (such as the EU REACH) and consumers' demands for green materials.

Solutions & Benefits

Environmentally Friendly Modified Materials

Solution: Develop halogen-free flame-retardant and low-VOC modified plastics (such as PP/ABS substrates), and add bio-based or recyclable components.

Advantages: Certified by RoHS/REACH, it reduces carbon emissions, meets the environmental protection requirements of the European Union, and enhances brand premium.

Wear-resistant self-repairing surface technology

Solution: Adopt nano-reinforcing technology or add silicone elastomers to enhance the surface hardness (up to 2H or more); Develop UV-curable coatings to achieve self-repair of minor scratches.

Advantages: Extend the lifespan of furniture by over 30% and reduce after-sales maintenance costs.

High-flow high-strength materials

Solution: Optimize the filling ratio of glass fiber/mineral to enhance the material's fluidity (melt index > 30g/10min) and flexural strength (> 80MPa).

Advantages: Supports thin-walled design (wall thickness ≤1.5mm), reduces weight by 20%, and lowers injection molding energy consumption.