TitleProduct

Triaxial Fiberglass Fabrics

  • Price:

    Negotiable

  • minimum:

  • Total supply:

  • Delivery term:

    The date of payment from buyers deliver within days

  • seat:

    Zhejiang

  • Validity to:

    Long-term effective

  • Last update:

    2020-09-03 16:37

  • Browse the number:

    102

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Haining Eternity New Materials Co., Ltd
Contactaixin:

tianmi(Mr.)  

Email:

telephone:

phone:

Arrea:

Zhejiang

Address:

No.8, Warp Knitting 3Th Rd. Haining China Warp Knitting Scientific And Technical Industrial Zone, Haining City, Zhejiang P.R.C

Website:

http://www.eternitymaterials.com/ http://tianmi.sh-triad.com/

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Triaxial fabrics have three layers positioned in three different orientations typically, +/- 45˚ and 0˚ or +/-45˚ and 90˚ with polyester stitching yarns. Triaxial fabrics are used for high strength application. A layer of polyester or glass veil can be added to improve the surface of product.

This product can be cuted into required width , The typical application of this kind ol products are wind energy, marine/ship building, recreation/leisure products, automotive, aerospace &defense etc.


Product code

Specification(Layer weight g/m2)

Total weight

g/m2

0

90

+45

-45

Stitch yarn

mat

TLX600

284

__

153

153

10

__

600

TLX800

284

__

267

267

10

__

828

TLX900

425

__

234

234

14

__

907

TLX1200

567

__

301

301

10

__

1179

TTX600

__

165

217

217

8

__

607

TTX900

__

307

301

301

8

__

916

TTX1200

__

390

401

401

8

__

1200


The Benefits

● Reduction in the number of layers to be used

● Increase in areal weights

● Increase in torsional rigidity, longitudinal (0˚ 4/-45˚ or transvers 90˚ +/-45˚)

● Increased strength, reduced product weight and better surface finish

● Orientated unidirectional layers are structurally more efficient

● Quicker to wet—out than woven fabrics

● Available in very heavy weights allowing faster deposition rates

● Binderless CSM can be added to further cut down on lay—up time and increase speed of wet—out


http://www.eternitymaterials.com/