Fiberglass Products For Thermoplastics

Extrusion and Injection Processes

The reinforcements (glass fiber roving or chopped strands) andthermoplastic resin are mixed in an extruder. After cooling, they arechopped into reinforced thermoplastic pellets. The pellets are fedinto an injection molding machine to form finished parts.

Coated with silane-based agents

Coated with silane-based agents, our glass rovings for thermoplastics are ideal optionsfor reinforcing many resin systems such as PA, PBT, PET, PP, ABS, AS and PC The rovings have excellent processability and dispersion, imparting outstanding physical and mechanical properties to the composite products.

E-glass chopped strands for thermoplastics

The E-glass chopped strands for thermoplastics are formulated with silane-based coupling agents and special sizing agents. They have good compatibility with matrix resins such as PA, PBT, PET, PP, AS, ABS, PC, PPS, m-PPO, LCP, etc., excellent bundling and fluidity, and good molding and processing properties, which can give composite materials excellent mechanical properties and surface conditions.

Product Model/Features

Product Code	Product Features
910A	Excellent Hydrolysis Resistance
960A	High Performance, Low Hairiness
988A	Standard Product, Fda Certified
508A	Standard product
508C	Excellent product color and hydrolysis resistance
508S	Excellent mechanical properties and good disperslon
510	Standard product, high mechanical properties
510C	Excellent high temperature resistance
510H	Super high impact properties, glass loading below 15 wt.%
534A	Standard product
534H	Excellent hydrolysis resistance
534T	High mechanical properties, excellent high temperature resistance, good dispersion
540H	Standard product, excellent hydrolysis resistance
560A	General product, suitable for PA6 and PA66
568H	Excellent glycol resistance and fatigue properties
568HD	Excellent high temperature resistance, good dispersio
584	Standard product
584A	Excellent hydrolysis resistance
EMG13-125C	Compatible with all resins, high strength and easy dispersion

End-Use Markets

(Automotive/Consumer Goods and Bussiness Equipment/Sports and Leisure/Electrical and Electronics/Building and Construction/Infrastructure)

LFT Process

LFT-D

Polymer pellets and glass roving are all introduced into a twin-screw extruder where the polymer is melted and compoundis formed, Then the molten compound is directly molded into the final parts by injection or compression molding process.
LFT-G

The thermoplastic polymer is heated to a molten phase and pumped into the die-head. The continuous roving is pulled through a dispersion die to ensure the glass fiber and polymer impregrated fully and to get consolidated rods. After cooling, the rod is chopped into reinforced pellets.

Direct Roving for LFT

Direct Rovings for LFT are coated with a silane-based sizing and compatible wih PP, PA, TPU and PET resins.

Product Model/Features

Product Code	Product Features
352B	Excellent processing and mechanical properties
362H	High mechanical properties, suitable for high pretension system
362J	Good dispersion,suitable for low pretension system

End-Use Markets

(Automotive/household appliances/Building)

GMT Process

Generally two layers of reinforcing mat are sandwiched betweenthree layers of polypropylene, which is then heated and consolidatedinto a semi-finished sheet product. The semi-finished sheets are thenheated and molded by stamping or compression process to makecomplex finished parts.

Alkali free fiberglass roving for GMT

GMT non alkali glass fiber roving is made of special sizing agent, which has good compatibility with modified PP resin, moderate fiber stifness, excellent band forming anddispersion, and can give the composite excellent mechanical and electrical properties.

Product Model/Features

Product Code	Product Features
360A	Direct roving for GMT-UD, excellent weaving property
360H	Direct roving for GMT, good dispersion
522	Assembled roving for GMT-RD, excellent choppability

End-Use Markets

(Building materials/Automobiles/Trucks)

CFRT Process

A molten mixture of polymer resin and additives is obtained through anextruder. The continuous filament roving is dispersed and impregnatedby pulling through the molten mixture. After cooling, curing and coiling.the final material is formed.