Characteristics Product code
Thickness steady EWR 800
Free of contamination E E -glass
Fast wet out WR Woven roving
High laminate strength 800 Unit weight (g/m
2
)
Good mechanical properties Width Net width of fabrics (mm)

Technical data
Unit weight
(g/m
2
)
Warp Weft
Moisture
(%)
Loss on
ignition (%)
Tensile
strength
on
warp(N)
Tensile
strength
on weft(N)
tex
Density
(roving/10cm)
tex
Density
(roving/10cm)
800 8% 2400 5% 18.1 10% 2400 5% 15.5 10% 0.2 0.4 0.8 4600 4400
According to the standard GB/T 18370-2001

Package
E-glass woven roving is packed and sealed in PE bags by roll, put into cartons or wrapped with
craft paper, and put flat on pallets or in bulk package. And pallets should not be stacked more than
2 layers.
Roll width(mm) roll weight(kg) rolls/pallet pallet size(mm) weight per pallet(kg)
1270 50 16 1350*1120 800

Storage
This product should be stored in a dry, cool and rainproof place, with temperature from 5 to 35
and humidity between 35% and 65%. It is recommended to be put under room temperature for
over 24 hours prior to use and kept in intact package when it is not used to avoid damp.

3D fabric is woven out of 100% E-glass fiber, as well as carbon fiber, Kevlar fiber and other high-performance fibers. This
structure consists of two decklayers formed by warp and weft direction fiber and Z direction fiber which interconnect both
decklayers. The typical structure of vertical piles can be recognized by the 8-shaped piles in warp direction. Other shapes of
vertical piles, such as I-shape and V- shape, can be realized too. The thickness between two decklayers (Z direction) can be
designed from 2mm to 40mm in order to meet different needs.

Type

3 5 8 10 12 15 18 20
Core Thickness (N) mm 3.0 5.0 8.0 10.0 12.0 15.0 18.0 20.0
Decklayer Thickness (N) mm 0.36 0.36 0.36 0.58 0.58 0.58 0.58 0.58
Fabric Weight (N) g/ 720 810 920 1440 1510 1580 1720 1880
Laminate Weight Polyester Resin(N) g/ 1510 1680 1900 2930 3060 3250 3440 3570

3D fabric is woven out of 100% E-glass fiber, as well as carbon fiber, Kevlar fiber and other high-performance fibers. This
structure consists of two decklayers formed by warp and weft direction fiber and Z direction fiber which interconnect both
decklayers. The typical structure of vertical piles can be recognized by the 8-shaped piles in warp direction. Other shapes of
vertical piles, such as I-shape and V- shape, can be realized too. The thickness between two decklayers (Z direction) can be
designed from 2mm to 40mm in order to meet different needs.

Type

3 5 8 10 12 15 18 20
Core Thickness (N) mm 3.0 5.0 8.0 10.0 12.0 15.0 18.0 20.0
Decklayer Thickness (N) mm 0.36 0.36 0.36 0.58 0.58 0.58 0.58 0.58
Fabric Weight (N) g/ 720 810 920 1440 1510 1580 1720 1880
Laminate Weight Polyester Resin(N) g/ 1510 1680 1900 2930 3060 3250 3440 3570

Description
Multi-axial fabric is stitched with E-glass direct roving by polyester thread, applicable for vacuum infusion,
prepreg, and hand lay-up process, compatible with unsaturated polyester resin, applied to production of molding,
yachts, boats, nacelle cover etc.

Characteristics Product code
Roving in fabric maintains high strength without bending EBX400(+45/ -45)C240UP-1270E6
Lower resin consumption and lower weight of final product EBX E-glass biaxial fabric
Smooth surface on the composites, with minimized fabric trails 400 Unit weight
High fiber content in final product to increase its mechanical properties 240 Chopped strand mat
UP Unsaturated polyester

Technical Data

Structure specification for EBX400(+45/-45)C240UP
Layer process
Layer
Filament
Diameter
Weight(g)
+45 14 200
-45 14 200
Chopped stand mat 12 240
stitch 7

Packaging
Taishan multi-axial fabric is of unfixed roll weight, packed in PE bags by roll, put into cartons or
wrapped with kraft paper, and put flat on the pallets or in bulk package and pallets should not be
stacked more than 2layers.

Storage
This product should be stored in a dry, cool and rainproof place, with temperature from 5 to 35
and humidity between 35% and 65%. It is recommended to be put under room temperature for over
24 hours prior to use. Keeping in intact package when not used to avoid damp

Characteristics
Thickness steady and optimum stiffness.
Excellent strands dispersion and outstanding bonding on double sides.
Easy impregnation, good air-releasing performance and less resins consumption.
Optimum wet out, excellent processibility, high abrasion and corrosion resistance
Good mechanical properties

Technical data
Specification Width (mm) LOI % Styrene
solubility (S)
Moisture (%) Process
EMC T 600 100-3000 3.4+/-1.5 40 0.20 Hand lay-up

Notes:1. Individualized specification is available as per customer s request.
2. this data sheet herein above is provided for information purposes only and CTG reserves
the right to modify it without prior notice.

Packaging
E-glass powder mat is packed in PE bags and put into cartons, stacked on pallets or separately put
in cartons. Pallets should not be stacked over 2 layers and cartons not over 5 layers.
Roll width(mm) roll weight(kg) rolls/pallet pallet size(mm) weight per pallet(kg)
1270 52 6/9/12 1280*960 312/468/624
1400 42 8/12/20 1120*1420 336/504/840
1400 56 6/9/12 1280*960 336/504/672

Storage
This product should be stored in a dry, cool and rainproof place, with temperature from 5 to 35
and humidity between 35% and 65%. It is recommended to be used at room temperature, and
finished within 12 months after receipt by customer and kept in intact package when not used to
avoid damp.