Supplementary materials for shoes, bags and air filters - Polyester spunbond nonwoven shoe lining, Polyester spunbond nonwoven bag lining, Polyester spunbond nonwoven automotive air conditioning filter pleating materials and frame, Polyester spunbond nonwoven pleating materials for plastic drainage plate

Polyester filament spunbond nonwoven supplementary materials are made by high-quality polyester chips as raw materials, through the means of spinning, needle punching and binder process. Using polyester nonwoven fabric's breathable property, it is impregnated with chemical binder to enhance the stiffness of clothing and footwear. It is also widely used in all kinds of household products. The company has obtained the quality, environment, occupational health and safety three systems certification, is a national high-tech enterprise, a “speciality and new” and technology-based small and medium-sized enterprise. By far, the company has 13 patented technologies and products have been authorized, filling the gaps in the field of use.

Geosynthetic and filtering materials – Polyester spunbond nonwoven geotextiles

Polyester filament spunbond nonwoven geotextiles are made by high-quality polyester chips as raw materials, through the means of spinning and needle punching process. It can be used to construct all kinds of civil engineering slopes and retaining structures with soft materials, replacing hard materials such as stone, cement, steel, concrete and other hard materials with high energy consumption, high pollution and high cost, and creating stable ecological slopes. Structural stability, soil and water conservation and greening can be completed at one time. It can also be directly used for pavement system reinforcement, air filtration such as automobile air-conditioning, maintaining soil and water stability reinforcement in water conservancy projects, filtering and precipitating sediment and impurities in water. After compounding, it can be used in landfill and waste disposal site to strengthen and prevent seepage.

Ø Density: 1.38 g/cm2

Ø Softening point: approx. + 230°C

Ø Melting point: + 256°C

Ø Rotting resistance: Excellent

Ø Elongation: Excellent

Ø UV resistance: Excellent