PVDF FITTINGS

Full Plastic PVDF Pipe, Fittings & Valves

PVDF VALVES

PVDF has excellent chemical resistance against halogens such as chlorine and bromine, strong acids such as hydrofluoric and nitric acids, organic solvents and oils. PVDF is not resistant to hot bases. PVDF has much higher abrasion resistance than other thermoplastics.

These are also available in Ball Valve, Diaphragm, Butterfly, and Check valve and optional actuators available. Optional flanged or un-flanged.

These work well in low concentrate acid environments ranging up to 120 Degree Celsius. It has full bore corrosion resistant body with end connection in flange. These are commonly used by very demanding industries such as Chlorine, Bromine, Sulphuric Acid, Hydrochloric Acid (HCL), Pharmaceutical, Chlorinated Paraffin Wax, acid chemical and food industry.

VALVE TYPES

Our range of valves available in lined are Ball valve, Diaphragm, Butterfly, Strainer, and non-return Check Valves. They are available in lever operated, hand wheel,  or actuated with electric or pneumatic operated actuators.  Optional body materials in PP, PPH, ISO PP, and PVDF. 

 

FLANGE DRILLING

Flange drillings are available in Class 150, 300, BS4504 or PN10/16. Special drilling on request. All our valves are fully tested to ensure the highest of quality standard, which include hydrostatic pressure testing and electrostatic spark testing.

 

PVDF SOCKET FUSION PIPES & FITTINGS

PVDF Pipes and fittings has outstanding barrier properties, which allow better protection of the environment from leakages of hazardous chemicals. PVDF Pipe Fittings is a polymer containing carbon, hydrogen, and fluorine. Fluorine, the giant molecule, ensures the stability of the polymer chain. PVDF Pipes are considered one of the most inert substances on earth.

 

It has the advantage of absolute corrosion suppression, even under varying process conditions, compared to other materials. Fittings in PVDF has the characteristic properties of high resistance to chemical attack as to all fluoropolymers based on the increased strength of the carbon-fluorine atom bond.