The company holds specialization in manufacturing, exporting and supplying premium quality PFA Lined Butterfly Valve. The PFA Lined Butterfly Valves, offered by us, have unique body energized seat design which results in bi – directional bubble tight shut – off. The versatility of our PFA Lined Butterfly Valve is given by superior sealing principle. PFA Lined Butterfly Valves are used to shut – off, throttle and control toxic and highly corrosive fluids, hazardous and pure liquids, gases and vapors.
Features :

• Meets manufacturing standard Design as per BS 5155 / API 609 (Category –A) / ANSI B 16.34 /
• BS EN 593 and inspection & Testing standard as per API 598 / BS 6755 / ISO 5208 / BS - EN 12266 - 1 / DIN – EN - 588 – 1
• Face to Face Wafer short dimensions confirms to BS 5155 / API 609 / AWWA C 504 / ISO 5752.
• A fully Universal Body design ensures suitable for mounting between all popular standards (Viz: - ANSI, BS, DIN, IS, JIS etc.)
• Lining Standard as per ASTM F 1545
• The PTFE Liner itself is recessed into the valve body for added stability and to prevent possible leakage due to cold flow or improper valve installation
• A backup elastomer in lay which energizes the body liner and provides the PTFE Flex – memory to assure long – lasting seat performance
• Primary seal is achieved at the disc hub and PTFE liner (Ball & Socket) through preloaded force
• Secondary stem sealing results from the use otan elastomer “O” ring which is tightly against the lined portion of the stem by the thrust ring
• Triple stem seal system is uniformly loaded by a set of Belleville spring washers. Which maintains an active sealing force and self adjusts to changes in the system pressure and temperature
• This triple stem seal design has proven to remain tight under the high thermal cycling life
• Body and stem to fully protected against potentially dangerous electrostatic discharges
• Universal ISO 5211 mounting dimensions and quarter – turn design simplify valve actuation
• Almost equal percentage characteristics
• Single – Piece disc with stem design provides a very low friction valves and torques during opening and closing cycles. This design gives a high CV Value
• Blow out proof stem
• A one piece PFA encapsulated disc & Stem
• Top – Bottom PTFE composite bearing is self lubricating, reduces friction

Technical Data :

• Size Range : 1.5”NB to 32”NB
• Pressure Range : 0 to 6 Bar
• Temperature Range : -60 ^oC to +200 ^oC
• Vacuum Resistance : Full (Vacuum up to 16 Bar)
• Tightness : BS-EN-12266-1
• Leakage Rate : D, Test Media: Gas
• Leakage Class : as per Class VI shut off.
• Body Material : S.G. Iron (NOD CI) / WCB / CF8 / CF8M / CD4MCu + Lined
• Lining Material : FEP / PFA / PVDF / Ceramic / Antistatic PFA Lining
• Spark Test : Thick liner 100% Inspected at 20 KVA

Optional Features :

• Anti-static PTFE Seat & disc available on request
• Deep stuffing box design suit for gas services

Applications :

• Industrial Inorganic Chemicals
• Industrial Organic Chemicals
• Plant protective agent production
• Alkali & Chlorine
• Detergent production
• Water treatment
• Bromine Production
• Sulfur recovery
• Nitrogenous & Phosphorus Fertilizers
• Food Processing

The company holds specialization in manufacturing, exporting and supplying premium quality PFA Lined Butterfly Valve. The PFA Lined Butterfly Valves, offered by us, have unique body energized seat design which results in bi – directional bubble tight shut – off. The versatility of our PFA Lined Butterfly Valve is given by superior sealing principle. PFA Lined Butterfly Valves are used to shut – off, throttle and control toxic and highly corrosive fluids, hazardous and pure liquids, gases and vapors.
Features :

• Meets manufacturing standard Design as per BS 5155 / API 609 (Category –A) / ANSI B 16.34 /
• BS EN 593 and inspection & Testing standard as per API 598 / BS 6755 / ISO 5208 / BS - EN 12266 - 1 / DIN – EN - 588 – 1
• Face to Face Wafer short dimensions confirms to BS 5155 / API 609 / AWWA C 504 / ISO 5752.
• A fully Universal Body design ensures suitable for mounting between all popular standards (Viz: - ANSI, BS, DIN, IS, JIS etc.)
• Lining Standard as per ASTM F 1545
• The PTFE Liner itself is recessed into the valve body for added stability and to prevent possible leakage due to cold flow or improper valve installation
• A backup elastomer in lay which energizes the body liner and provides the PTFE Flex – memory to assure long – lasting seat performance
• Primary seal is achieved at the disc hub and PTFE liner (Ball & Socket) through preloaded force
• Secondary stem sealing results from the use otan elastomer “O” ring which is tightly against the lined portion of the stem by the thrust ring
• Triple stem seal system is uniformly loaded by a set of Belleville spring washers. Which maintains an active sealing force and self adjusts to changes in the system pressure and temperature
• This triple stem seal design has proven to remain tight under the high thermal cycling life
• Body and stem to fully protected against potentially dangerous electrostatic discharges
• Universal ISO 5211 mounting dimensions and quarter – turn design simplify valve actuation
• Almost equal percentage characteristics
• Single – Piece disc with stem design provides a very low friction valves and torques during opening and closing cycles. This design gives a high CV Value
• Blow out proof stem
• A one piece PFA encapsulated disc & Stem
• Top – Bottom PTFE composite bearing is self lubricating, reduces friction

Technical Data :

• Size Range : 1.5”NB to 32”NB
• Pressure Range : 0 to 6 Bar
• Temperature Range : -60 ^oC to +200 ^oC
• Vacuum Resistance : Full (Vacuum up to 16 Bar)
• Tightness : BS-EN-12266-1
• Leakage Rate : D, Test Media: Gas
• Leakage Class : as per Class VI shut off.
• Body Material : S.G. Iron (NOD CI) / WCB / CF8 / CF8M / CD4MCu + Lined
• Lining Material : FEP / PFA / PVDF / Ceramic / Antistatic PFA Lining
• Spark Test : Thick liner 100% Inspected at 20 KVA

Optional Features :

• Anti-static PTFE Seat & disc available on request
• Deep stuffing box design suit for gas services

Applications :

• Industrial Inorganic Chemicals
• Industrial Organic Chemicals
• Plant protective agent production
• Alkali & Chlorine
• Detergent production
• Water treatment
• Bromine Production
• Sulfur recovery
• Nitrogenous & Phosphorus Fertilizers
• Food Processing