E/C-Glass Glass Fiber Stitched Chopped Strand Mat Stitch Mat 300g FRP Products

• Technique: Needle Mat
• Mat Type: Stitch Bonding Mat
• Fiberglass Type: E-Glass
• Area Weight: 380GSM
• Roll Width: 50-1270mm
• Transport Package: in Carton
• Specification: 45kg/roll
• Trademark: JLON
• Origin: China
• HS Code: 70193100
• Production Capacity: 20000 Ton

Product Description

Fiberglass Stitched Chopped Strand Mat
(Related product: Chop strand mat)

Introduction:
Stitch mat is made up of glass fibre laid randomly and held together by stitching. This binderless structure provides excellent drape ability, high glass content and higher tensile strength than a normal Chopped Strand Mat. This stitched mat can be used for hand lay-up but is more suited for pultrusion and closed mould applications.

A layer of polyester veil can be added for better surface finish and weather resistant property.

Specifications:

Product No.	Overall Density (g/m²)	Chop Density (g/m²)	Polyester Veil (g/m²)
M200	200	200	/
M225	225	225	/
M300	300	300	/
MV300/45	345	300	V45
M380	380	380	/
MV380/45	425	380	V45
M450	459.5	450	/
M600	609.5	600	/
M900	909.5	900	/

Chopped Strand Mat:
 
Chopped strand mat is produced by chopping continuous roving into length of 5cm and randomly dispersing the cut fibers. These fibers are held together by powder or emulsion binder. It is typically used for hand lay up process. The mats are compatible with unsaturated polyester, vinyl ester and PU resins. Width ranges from 50mm to 3200mm.

Application:
panels, tanks, boats, complete set of sanitary equipment, automotive parts, cooling towers, pipes etc

Specifications:

Item	Weight(g/m^2)	Binder Content(%)	Water Content(%)
EMC100	100	9-12	<0.2 (powder bonded) <0.5 (emulsion bonded)
EMC150	150	9-12	<0.2 (powder bonded) <0.5 (emulsion bonded)
EMC225	225	2-8	<0.2 (powder bonded) <0.5 (emulsion bonded)
EMC300	300	2-8	<0.2 (powder bonded) <0.5 (emulsion bonded)
EMC450	450	2-8	<0.2 (powder bonded) <0.5 (emulsion bonded)
EMC600	600	2-8	<0.2 (powder bonded) <0.5 (emulsion bonded)