E-Fibreglass Warp Triaxial

E-Fiberglass Warp Triaxial can be used in a variety of applications in the automotive, aerospace, construction, corrosive, industrial and marine industries. NCF is a composite reinforcing fabric in which fibers are organized into layers of plies of variable weight and orientation. The layers are stitched together. The result is a range of engineered fabrics with predictable, repeatable properties for the composite industry. Triaxial Longitudinal (Warp Triaxial) Non-Crimp Fabrics are ideal for applications that require a combination of high longitudinal and shear strength and stiffness, and some transverse strength. Ideal for laterally loaded panels with aspect ratio from 1 .5 to ∞. This triaxial product is suitable for hand lay-up, vacuum bagging of relatively flat components (minimum curvature radius approximately 15mm), vacuum injection and other RTM-processes.

Brand: E-Fibreglass (6 products)

Reinforcement Material: Glass Fibers

Reinforcement Form: Multiaxial Fabric, Non Crimp Fabrics

Processing Methods: Hand Lay-up, Resin Transfer Molding (RTM), Vacuum Bagging

Features: Corrosion Resistance, Corrosion Resistant, High Stiffness, High Strength

Technical Data Sheet

Enhanced TDS

Knowde-enriched technical product data sheet

Identification & Functionality

Chemical Family: Glass Beads & Fibers
Reinforcement Form: Multiaxial Fabric,
Non Crimp Fabrics
Reinforcement Material: Glass Fibers
Composite Materials Functions: Reinforcement
Technologies: Composite Materials
Product Families: Composite Materials — Reinforcements
Glass Fiber

Features & Benefits

Materials Features: Corrosion Resistant,
High Stiffness,
High Strength

Applications & Uses

Markets: Automotive & Transportation,
Building & Construction,
Industrial
Applications: Automotive & Transportation — Automotive
Interior,
Other Automotive Applications
Building & Construction — Building Materials
Other Building Materials,
Wall Panels
Industrial — Chemical & Industrial Manufacturing
Other Industrial Applications
Automotive & Transportation — Transportation
Aerospace & Aviation,
Marine
Composites End Use: Roof Panels
Composites Processing Methods: Hand Lay-up,
Resin Transfer Molding (RTM),
Vacuum Bagging

Properties

Physical Form: Fabric

Technical Details & Test Data

Fabric Specifications

TK0750 - 750gm Warp Triaxial E-Glass
Layer Orientation degrees (°)	0	+45	90	-45
Layer Weight (gm/m²)	354	203	6	203
Material	E-Glass	E-Glass	E-Glass	E-Glass

Weight, knitting yarn (gm/m²)	8
Material	PES
Total weight (gm/m²)	774±3%
Standard roll width (mm)	1270

Fabric Specifications

TK1150 - 1150gm Warp Triaxial E-Glass
Layer Orientation degrees (°)	0	+45	90	-45
Layer Weight (gm/m²)	413	375	6	375
Material	E-Glass	E-Glass	E-Glass	E-Glass

Weight, knitting yarn (gm/m²)	10
Material	PES
Total weight (gm/m²)	1179±3%
Standard roll width (mm)	1270

Typical Laminate Properties

TYPICAL LAMINATE PROPERTIES Laminate thickness 0.114 per 100gm/m²Fiber Fraction 50% by weight
	Test Method	₀o	+45^o	90^o	-45^o
Tensile Strength	ISO 3268	227 MPa	189 MPa	37* MPa	184 MPa
Tensile Modulus	ISO 3268	17,240 MPa	14,600 MPa	8,650 MPa	14,100 MPa
Compressive Strength	BS 2782	182 MPa	147 MPa		147 MPa
Compressive Modulus	BS 2782	14,500 MPa	14,600 MPa		11,300MPa
Flexural Strength		365 MPa
Shear Strength, in plane	ASTM 4255-83	76 MPa	87 MPa	58 MPa	87 MPa
Shear Strength, interlamina	BS 2782	36.5 MPa	25.9 MPa	18.7 MPa	25.8 MPa
Elongation at break		2.4%	2.4 %	2.9%	2.4 %

Standard Stock

Order Code	Description	Roll Width	Roll Length
TK0750	750gm Triaxial E/Glass, tapered	1.27 m	40.7 Lm
TK1150	1150gm Triaxial E/Glass, tapered	1.27 m	26.7 Lm

Packaging & Availability

Packaging Type: Rolls

Storage & Handling

Storage

NCF Reinforcements should be stored on packaging roll, and kept dry and clean.