Phone:+86-18062392317 
| • Bi-directional seal • Renewable seal • Resistance high pressure • | |
| Bi-directional seal: | Bi-directional sealing to guarantee zero leakage |
| Renewable seal: | Sealing ring can be respectively maintained and replaced after accidental damageThis replaceable Seal ring allows for a dependable tight seal and a longer service life. |
| Resistance high pressure: |
The special design characteristics and the use of high quality materials make our valves suitable for high pressures conditions |
FEATURES&DETAILS
Broad range of materials: We provide suitable materials for valves used in different working conditions according to corrosivity and customers' requirements such as Carbon steelStainless Steel Duplex Stainless SteelAlloyAL-Bronze Moneltitanium alloy etc.
Easy of disassembly: The utility model has the advantages of simple structure and few components so the utility model only needs to be used when disassembling and is very convenient for maintenance
Excellent controllability: Specially machined and polished shaft reduces friction hysteresis and torque requirement.
Long usage: Long life durability due to double offset operating principle minimizing seat wearensures a progressive smooth and low friction seat-disc closinghardened sealing surface to provide high level of tightness and long lifetime.
Low torque: Low output torque requirements allow the use of less costly actuators.With the elimination of the wear torque is significantly reduced. Lower torque means a smaller actuator and that saves money.
Lower installed cost and higher performance than gate valves: TIPBV butterfly valves are designed to replace gate valves in most applications whether for easier automation or simply for lower cost and improved performance.
Maintenance-free: The permanently lubricated upper and lower bearings require no maintenance and are designed for horizontal and/or vertical shaft loading. The bearings provide strength and low friction for easy operation and long service life.
Materials for almost all media: TIPBV valve in order to meet the different conditions and different media for almost all media to choose the best material
Resistance high pressure: The special design characteristics and the use of high quality materials make our valves suitable for high pressures conditions
Suitable for corrosion media: TIPBV through more than 10 years of valve design research the valve material has a deep understanding for corrosion medium TIPBV selection is carefully studied and verified Wide pressure range: the seal is also designed to confine and direct movement of the soft seal against the disc edge up to the full ANSI Class 150~1500Lb Working Pressures。
Disc: 360° uninterrupted spherical edge for sealing. Profile is designed for maximum flow and equal percentage control.
Precision profile disc: Provides bubble-tight shut-off and assures minimum torque and longer seat life.
Retainer ring: Retains seat in valve. Standard surface finish is 125 to 200 AARH and is compatible with both standard gaskets and spiral wound gasket designs. Outside diameter is recessed within gasket sealing surface to prevent external leakage.
Soft seat: Patented bi-directional seat with encapsulated elastomeric o-ring core for resiliency. common seat materials include TFE RTFE
and UHMWPE.
Bi-directional seal: Bi-directional sealing to guarantee zero leakage
Renewable seal: Sealing ring can be respectively maintained and replaced after accidental damageThis replaceable Seal ring allows for a dependable tight seal and a longer service life.
Resistance high pressure seal: Keep zero leakage under high pressure condition
RPTFE seal: Pressure assisted reinforced PTFE seats with 15% glass reinforced offer bi-directional bubble tight close off. the unique sealing system includes a Viton encapsulated core that energizes the RTFE and provides memory.
Shaft seal: TIPBV High Performance Butterfly Valves utilize a proven PTFE v-ring packing arrangement loaded by a gland/follower as the standard shaft seal to atmosphere. Optional double packing live loading and monitoring port are available in applications where fugitive emission resistance is critical.
Soft seal: The soft seal design provides a bi-directional bubble tight shutoff (zero leakage) through the use of a unique seal.Under higher pressure conditions the seal is also designed to confine and direct movement of the soft seal against the disc edge up to the full ANSI Class 150~1500Lb Working Pressures. The soft seal is designed for high services with minimal wear and low torque. Seal replacement is a simple procedure requiring no special tools.
Low leakage packing: Adopt packing-combined sealing system to ensure the leakage rate≤20PPM at maximum.the dynamic sealing structure is available if necessarywhich make the packing sealing under good condition and prolong the free maintenance period of packing.
Bearings: Both above and below the disc bearings are of composite design: PTFE bonded to epoxy-glass filament wound ring. Used to align shaft with high capacity low wear and low friction coefficient. Dual corrosion-resistant springs: Activate the check valve plates and distribute the load force evenly across each plate ensuring quick sure response
Key: Square key valve-to-operator connection provides an externally controlled failure point upon over-torquing.
Live loaded adjustable packing: Power-Seal come standard with Live Loaded packing. Three sets of Belleville washers are added to each gland stud to maintain a selfadjusting packing load. Locking device: Available in single or bidirectional configurations the overtravel stop device prevents disc from rotating into the wrong quadrant while maintenance is performed on the disc repair and enhancing safety.
Packing gland: Separate part from gland flange preventing uneven load distribution against packing.
Stem bushings: Stem bushing made of lubricant and small friction coefficient material support shaftreduces torque and isolates the stem from the valve body preventing seizure of the stem due to corrosion in the stem journal.
Wedge pins: Provide positive mechanical attachment of disc to shaft.
Broad range of materials: We provide suitable materials for valves used in different working conditions according to corrosivity and customers' requirements such as Carbon steelStainless Steel Duplex Stainless SteelAlloyAL-Bronze Moneltitanium alloy etc.
Easy of disassembly: The utility model has the advantages of simple structure and few components so the utility model only needs to be used when disassembling and is very convenient for maintenance
Excellent controllability: Specially machined and polished shaft reduces friction hysteresis and torque requirement.
Long usage: Long life durability due to double offset operating principle minimizing seat wearensures a progressive smooth and low friction seat-disc closinghardened sealing surface to provide high level of tightness and long lifetime.
Low torque: Low output torque requirements allow the use of less costly actuators.With the elimination of the wear torque is significantly reduced. Lower torque means a smaller actuator and that saves money.
Lower installed cost and higher performance than gate valves: TIPBV butterfly valves are designed to replace gate valves in most applications whether for easier automation or simply for lower cost and improved performance.
Maintenance-free: The permanently lubricated upper and lower bearings require no maintenance and are designed for horizontal and/or vertical shaft loading. The bearings provide strength and low friction for easy operation and long service life.
Materials for almost all media: TIPBV valve in order to meet the different conditions and different media for almost all media to choose the best material
Resistance high pressure: The special design characteristics and the use of high quality materials make our valves suitable for high pressures conditions
Suitable for corrosion media: TIPBV through more than 10 years of valve design research the valve material has a deep understanding for corrosion medium TIPBV selection is carefully studied and verified Wide pressure range: the seal is also designed to confine and direct movement of the soft seal against the disc edge up to the full ANSI Class 150~1500Lb Working Pressures。
Disc: 360° uninterrupted spherical edge for sealing. Profile is designed for maximum flow and equal percentage control.
Precision profile disc: Provides bubble-tight shut-off and assures minimum torque and longer seat life.
Retainer ring: Retains seat in valve. Standard surface finish is 125 to 200 AARH and is compatible with both standard gaskets and spiral wound gasket designs. Outside diameter is recessed within gasket sealing surface to prevent external leakage.
Soft seat: Patented bi-directional seat with encapsulated elastomeric o-ring core for resiliency. common seat materials include TFE RTFE
and UHMWPE.
Bi-directional seal: Bi-directional sealing to guarantee zero leakage
Renewable seal: Sealing ring can be respectively maintained and replaced after accidental damageThis replaceable Seal ring allows for a dependable tight seal and a longer service life.
Resistance high pressure seal: Keep zero leakage under high pressure condition
RPTFE seal: Pressure assisted reinforced PTFE seats with 15% glass reinforced offer bi-directional bubble tight close off. the unique sealing system includes a Viton encapsulated core that energizes the RTFE and provides memory.
Shaft seal: TIPBV High Performance Butterfly Valves utilize a proven PTFE v-ring packing arrangement loaded by a gland/follower as the standard shaft seal to atmosphere. Optional double packing live loading and monitoring port are available in applications where fugitive emission resistance is critical.
Soft seal: The soft seal design provides a bi-directional bubble tight shutoff (zero leakage) through the use of a unique seal.Under higher pressure conditions the seal is also designed to confine and direct movement of the soft seal against the disc edge up to the full ANSI Class 150~1500Lb Working Pressures. The soft seal is designed for high services with minimal wear and low torque. Seal replacement is a simple procedure requiring no special tools.
Low leakage packing: Adopt packing-combined sealing system to ensure the leakage rate≤20PPM at maximum.the dynamic sealing structure is available if necessarywhich make the packing sealing under good condition and prolong the free maintenance period of packing.
Bearings: Both above and below the disc bearings are of composite design: PTFE bonded to epoxy-glass filament wound ring. Used to align shaft with high capacity low wear and low friction coefficient. Dual corrosion-resistant springs: Activate the check valve plates and distribute the load force evenly across each plate ensuring quick sure response
Key: Square key valve-to-operator connection provides an externally controlled failure point upon over-torquing.
Live loaded adjustable packing: Power-Seal come standard with Live Loaded packing. Three sets of Belleville washers are added to each gland stud to maintain a selfadjusting packing load. Locking device: Available in single or bidirectional configurations the overtravel stop device prevents disc from rotating into the wrong quadrant while maintenance is performed on the disc repair and enhancing safety.
Packing gland: Separate part from gland flange preventing uneven load distribution against packing.
Stem bushings: Stem bushing made of lubricant and small friction coefficient material support shaftreduces torque and isolates the stem from the valve body preventing seizure of the stem due to corrosion in the stem journal.
Wedge pins: Provide positive mechanical attachment of disc to shaft.
| DESIGN STANDARDS | |
| Valve Design: | API 609 |
| Face to face: | ANSI B16.10/API 609/MSS SP-68/ISO 5752-13/ISO 5752-20 |
| Connection: | ASME B16.5/ASME B16.47 |
| Test: | API 598 |
| Manufacturing Quality: | ISO 9001/ISO 15848 |
| MATERIALS | |
| Body: | Carbon steel(A216 WCB，A352 LCB) / Stainless Steel，A351 CF8M，A351 CF3M) / Duplex Stainless Steel(A995 4A，A995 5A，A995 6A) / Hastelloy(A494 N-12MV，A494 CW-12MW，A494 CW-2M) / Inconel Alloy(A494 CY-40，A494 CW-6MC) / Monel Alloy(A494 M35-1) / Aluminum Bronze(B505 C95400，B505 C95500，B505 C95800，BS1400-AB2C) |
| Disc: | Stainless Steel(A351 CF8，A351 CF8M，A351 CF3，A351 CF3M) / Duplex Stainless Steel(A995 4A，A995 5A，A995 6A)Hastelloy(A494 N-12MV，A494 CW-12MW，A494 CW-2M) / Inconel Alloy(A494 CY-40，A494 CW-6MC) / Monel Alloy(A494 M35-1) / Aluminum Bronze(B505 C95400，B505 C95500，B505 C95800，BS1400-AB2C) |
| Stem: | A705 17-4PH(A564 630) / A276 XM-19 / A182 F53 / S20910 / Hastelloy-276 / Inconel 625 / K500 |
| Body seat: | RPTFE/PCTFE |
| Disc seal: | Integral disc |
| DRAWINGS | |||||||||
| Soft Seal Butterfly Valve Series 5100 Drawing | Drawing | ||||||||
| DOWNLOADS | ||||||
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| Soft Seal Butterfly Valve Series 5100 Brochure | ||||||
| Double Offset Butterfly Valve Series 5000 IOM | ||||||
