We provide customers with halogen-free
flame retardant solutions!
Halogen-free flame retardant masterbatch TMF-2020M is a high transparent halogen-free flame retardant masterbatch for PET resin. It is a kind of flame retardant masterbatch. It adopts high quality PET resin as carrier and cooperates with high efficiency halogen-free flame retardant and Nano synergist, after a special process from processing. The product has a very high thermal stability, no precipitation, does not affect the PET transparency, can produce any color PET flame retardant products. Products meet the EU environmental protection (RoHS), REACH environmental protection, and halogen-free environmental requirements. Products can be widely used in spinning, film, film, injection molding, blowing and other fields.
● Through the mesh (98%)> 3000 mesh.
● environmentally friendly halogen-free, in line with environmental standards;
● add a very small amount of 15-20%;
● transparency of small (less than 5 units), easy to dye;
● Good thermal stability, TGA decomposition temperature (1%) at 320 degrees;
● granular, no dust pollution, easy to add.
1, directly with the PET resin blending, adding 15-20%, after drying out, can be prepared UL94 V-0 flame retardant PET film or film;
2, directly with the PET resin blending, adding 15-20%, after drying drawing, can be prepared UL94 V-0 flame retardant PET fiber;
3, directly with the PET resin blending, adding 15-20%, after injection blow molding, can be prepared UL94 V-0 flame retardant PET bottles;
25KG / paper bag
Meet ROHS requirements
Will not produce moisture absorption phenomenon
PRODUCTS WILL SHOW
PRODUCTS DETAILS ANALYSIS
PRODUCTS DETAILS ANALYSIS
(3L-FCCL), which is suitable for use in halogen-free flame-retardant and electrical performance. It requires resistance to lead (lead free) welding, high temperature resistance, solvent resistance, hydrolysis resistance, nonvolatile and non-migration, Epoxy resin electronic potting, label glue, FFC insulation film (also known as FFC film, hot melt film, heat sealing film, hot film), FFC reinforced board, electronic tape, RCC, and epoxy resin printing Circuit board (PCB) and other high-end applications. But also has been widely used in the surface quality of products, dispersion, hydrolysis, anti-ion migration, the white and integrated mechanical properties have strict requirements of the special high-end cable extrusion, hot melt adhesives, And other thin-walled or narrow-section material parts of the halogen-free flame retardant modification, conform to the consumer electronics industry more and more "thin" fashion design concept and green environmental trends. And at the same time to obtain a higher halogen-free flame retardant effect and better electrical, mechanical, heat and other comprehensive performance.
Halogen-free flame-retardant plastic with impact resistance, its mechanical properties often affected by the degree of crystallization. Nylon mostly insoluble in organic solvents, and alkaline strong, but can be dissolved in strong acid, the occurrence of hydrolysis. Can be used as a nylon solvent, such as phenol and m-cresol. Plastic is easy to wear ultraviolet light, outdoor use to be added UV absorber. Halogen-free flame-retardant plastic is very tough, with good wear resistance and friction, etc., can do clothing, toothbrush, velvet, mechanical parts (such as gear), film, artificial leather and wire skin.
Thermal stability is more excellent, the processing technology and equipment adaptability is better, the performance of flame retardant performance is very efficient and very stable. Comprehensive mechanical mechanics and electrical performance, to meet the E & E industry, the growing number of more demanding terminal application requirements. High phosphorus content, halogen-free, good compatibility with the polymer, in particular, can be dissolved in the polyester system, the physical and mechanical properties of polyester has little effect, good processing fluidity. Particularly suitable for polyester film, polyester fiber halogen-free flame retardant modification. Significantly improve the mechanical properties of the compound, especially the impact resistance, at the same time, can significantly reduce the total amount of flame retardants, cost-effective better.