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Our company brings in the international lamination equipment and adopts the advanced heating lamination technology to make the filter cloth up to the customers' requirement. For example, when the fiberglass woven fabric with heating lamination, the PTFE Emulsion medium and the PTFE film will bond together on the surface of the fabric in the 320℃ half sintering condition. On the premise of the ensuring the lamination fastness and it can also ensure the normal air permeability. The film will not fall of even under jetting pressure of 8 kilogram. Lamination Range: Needle felt, Fiberglass Woven Fabric, PTFE Woven Fabric

PTFE staple fiber

PTFE staple fiber has good corrosion resistance of strong acid and strong alkali, resistance to hydrolysis, high hydrophobic and oxidation resistance. 　　　Introduced the mature design and technology from Japan, in the film-broken technique, Gold Flon PTFE staple fiber is used in the production of high quality 100% PTFE needled felt and other compound needled felt.

PTFE filament

PTFE filament fiber is made in film-broken technique. Compared with using the drawing methods, Gold Flon filament fiber has stronger breaking strength and better fineness uniformity. It is used for the manufacture of filter fabric, also can be processed into sewing thread and bags.

PTFE sewing thread

We use the twisted and plied filament fiber to make PTFE thread. Compared with other products, it has characteristics by heat-resistance, aging resistance and corrosion resistance. Since self-lubricating effect, it is difficult to break in the production process with high productivity.

PTFE fabric

　PTFE fabric is the plain fabric woven by 600den filament fiber, in the use of manufacture of needled felt and compound needled felt. According to different requirements it could be designed to different warp and weft density.

GOLD-TEX filmTM

　With imported PTFE resin as raw materials, Gold Flon film is drew with independent research and development tech. The film has fibrous microcellular structure, porosity above 85%. There are a billion of microscopic holes in each square centimeter on the film. As different requirements we developed a series of PTFE microcellular film with the thickness between 5-20 micro meter.

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