High-Quality Bray Teflon Butterfly Valve Sealing Ring | Sansheng

Short Description:

PTFE+EPDM compounded rubber valve seat with high temperature resistance

Product Detail

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In today's industrially advanced era, the demand for reliable and high-performance valve sealing solutions has skyrocketed, particularly in sectors that handle challenging media like water, oil, gas, and aggressive chemicals. Sansheng Fluorine Plastics rises to the occasion with its premier Bray Teflon Butterfly Valve Sealing Ring, meticulously designed to meet the rigorous demands of high temperature and corrosive environments.

Whatsapp/WeChat:+8615067244404
Detailed Product Description
Material: PTFE+EPDM Media: Water,Oil,Gas,Base,oil And Acid
Port Size: DN50-DN600 Application: High Temperature Conditions
Product Name: Wafer Type Centerline Soft Sealing Butterfly Valve,pneumatic Wafer Butterfly Valve Connection: Wafer,Flange Ends
Valve Type: Butterfly Valve,Lug Type Double Half Shaft Butterfly Valve Without Pin
High Light:

seat butterfly valve, ptfe seat ball valve

 

Black/ Green PTFE/ FPM +EPDM Rubber Valve Seat for Butterfly Valve Seat

 

PTFE + EPDM compounded rubber valve seats produced by SML are widely used in textile, power station, petrochemical, heating and refrigeration, pharmaceutical, shipbuilding, metallurgy, light industry, environmental protection and other fields.
Product performance: high temperature resistance, good acid and alkali resistance and oil resistance; with good rebound resilience, sturdy and durable without leaking.

 

PTFE+EPDM

The Teflon (PTFE) liner overlays EPDM which is bonded to a rigid phenolic ring on the outside seat perimeter. The PTFE extends over the seat faces and outsides flange seal diameter, completely covering the EPDM elastomer layer of the seat, which provides the resilience for sealing valve stems and the closed disc.

Temperature range: -10°C to 150°C.

 

Virgin PTFE (Polytetrafluoroethylene)

PTFE (Teflon) is a fluorocarbon based polymer and typically is the most chemically resistant of all plastics, while retaining excellent thermal and electrical insulation properties. PTFE also has a low coefficient of friction so it is ideal for many low torque applications.

This material is non-contaminating and accepted by the FDA for food applications. Although the mechanical properties of PTFE is low, comparing to other engineered plastics, its properties remain useful over a wide temperature range.

Temperature range: -38°C to +230°C.

Color: white

Torque adder: 0%

 

Heat / Cold Resistance of different rubbers

Rubber Name Short Name Heat Resistance ℃ Cold Resistance ℃
Natural Rubber NR 100 -50
Nitrle Rubber NBR 120 -20
Polychloroprene CR 120 -55
Styrene Butadiene copolyme SBR 100 -60
Silicone Rubber SI 250 -120
Fluororubber FKM/FPM 250 -20
Polysulfide Rubber PS / T 80 -40
Vamac(Ethylene/Acrylic) EPDM 150 -60
Butyl Rubber IIR 150 -55
Polypropylene Rubber ACM 160 -30
Hypalon. Polyethylene CSM 150 -60


Crafted from a superior blend of PTFE and EPDM, this sealing ring stands at the vanguard of valve technology, offering unparalleled resistance to a wide range of chemicals and temperatures. Such a unique combination not only ensures longevity and durability but also guarantees a seamless and leak-proof operation, which is paramount in maintaining the integrity of your applications. Whether it's for use in textile manufacturing, power stations, petrochemical plants, or pharmaceutical processes, this sealing solution is engineered to deliver top-notch performance. The versatility of the Bray Teflon Butterfly Valve Sealing Ring by Sansheng is further demonstrated through its compatibility with various valve types and sizes, ranging from DN50 to DN600. Designed for both wafer and flange connections, it suits not only wafer type centerline soft sealing butterfly valves but also pneumatic wafer butterfly valves and lug type double half shaft butterfly valves without pin. With such adaptability, this sealing ring represents a key investment for businesses seeking to enhance their operational efficiency and safety under high temperature conditions, while minimizing maintenance and replacement costs.

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