Matting masterbatch for polyester fiber is a new type of functional masterbatch.
Matting masterbatch for polyester fiber is a high molecular polymer formed by condensation polymerization of polyethylene terephthalate, butylene terephthalate and caprolactam as basic raw materials. It has high hygroscopicity and antistatic properties, and is widely used in various plastic products as filling modification and processing aids.
Matting masterbatch for polyester fiber is suitable for various downstream processes, such as "slice spinning", "melt direct spinning", etc. This type of masterbatch has excellent dispersion and spinnability. The content of active ingredients in the masterbatch can be customized according to customer habits and requirements, and the general content is in the range of 1%-60%. Users can add an appropriate proportion of masterbatch based on client needs to achieve different matting effects of polyester fibers.
What are the characteristics of matting masterbatch for polyester fiber? Let’s find out together today!
1. Has good physical and mechanical properties:
Low density and high specific strength;
2. High thermal distortion temperature:
Melting point is between 300-330°C;
3. Hydrolysis resistance:
Does not swell or decompose in water;
4. Excellent chemical resistance and stability;
5. Excellent dimensional stability and heat aging resistance;
6. Non-toxic and pollution-free.
Suzhou Baoliidi Material Technology Co., Ltd. was founded in May 1995. The company focuses on the R&D, production and sales of fiber masterbatch, the core raw material for chemical fiber solution coloring and functional modification, and provides customers with product application technology. support. Since its establishment, the company has been committed to becoming the leader and promoter of "dope liquid coloring technology". The company regards R&D innovation as a continuous driving force for development and has been committed to technological innovation in the fields of chemical fiber dope coloring and functional modification.
