Non-woven stable Fibre needle punched Geotextile
- Jiantong
- China
- With in 14 days
- 25 tons/day
Stable Fiber Needle-punched non-woven Geotextiles are made from PET/PP fibres that are tangled together by a needle-punching process. The fibres that achieve their strength by interlocking. Needle-punched non-woven Geotextiles have excellent water flow rates and are used for filtration of soil fines for drainage applications including trench drains, as a wrapping for perforated pipe, for erosion protection, and combined with three-dimensional structures to create prefabricated drains.
Non-woven Short Fibre Geotextile
Description:
Short fiber geotextile is non-woven and belongs to a kind of industrial fabric, and adopts high-quality polyester curly short fiber as raw material. Through the process of non-woven fabric production equipment combing, interweave, lapping, acupuncture and other production process, short-fiber raw material is made into cloth, short fiber geotextile has excellent water permeability, filtration, durability, creep resistance and corrosion resistance, etc.
Short fiber geotextile is usually not used alone, and often applied in the dyke slope, lining bottom that are covered under the block of stone or concrete precast slab. Thereby, a stable protective body is formed. In the vertical seepage control project, short fiber geotextile is also ultimate buried in soil in sunless, and has multiple functions, such as, filtration, drainage, isolation, seepage control and protection. Short fiber geotextile is usually used together with geomembrane, as geotechnical cloth in the construction of railway, highway, sports hall, dam, water construction and tunnel, etc.
Specifications:
Product name: short fiber geotextile
Material: polyester fiber.
Color: white or as your requests.
Width: 2 m - 6 m, or can be customized.
Length: 50-100m, or as per request of clients
Weight: 100-600 g/m2.
Fracture strength: >25 kN/m.
Applications:
Used in the engineering projects of highway, railway, inning for filtration, separation drainage and protection.
