Keystone Butterfly Valve Seat - PTFE+EPDM for Superior Sealing

Short Description:

Product Performance:

1. high temperature resistance

2. good acid and alkali resistance

3. oil resistance

4. with good rebound resilience

5. good sturdy and durable without leaking


Product Detail

Product Tags

In the realm of industrial valve solutions, Sansheng Fluorine Plastics offers a product that stands out for its innovative approach to sealing and durability - the Keystone Butterfly Valve Seat. Engineered with a meticulous blend of PTFE and EPDM, this valve seat is not just a component; it's a testament to our commitment to quality and performance in the toughest industrial environments. Our PTFE+EPDM butterfly valve liner is specifically designed to cater to a wide range of media, including water, oil, gas, base oils, and even aggressive acids, ensuring that your operations run smoothly and efficiently, no matter the challenge.

Whatsapp/WeChat:+8615067244404
Detailed Product Description
Material: PTFE+EPDM Media: Water,Oil,Gas,Base,oil And Acid
Port Size: DN50-DN600 Application: Valve,gas
Product Name: Wafer Type Centerline Soft Sealing Butterfly Valve,pneumatic Wafer Butterfly Valve Color: Customer's Request
Connection: Wafer,Flange Ends Standard: ANSI BS DIN JIS,DIN,ANSI,JIS,BS
Seat: EPDM/NBR/EPR/PTFE,NBR,Rubber,PTFE/NBR/EPDM/FKM/FPM Valve Type: Butterfly Valve,Lug Type Double Half Shaft Butterfly Valve Without Pin
High Light:

seat butterfly valve, ptfe seat ball valve

PTFE+EPDM compounded rubber valve seat with high temperature resistance

 

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:

1. high temperature resistance

2. good acid and alkali resistance

3. oil resistance

4. with good rebound resilience

5. good sturdy and durable without leaking

 

Material:

PTFE+EPDM

PTFE+FKM

 

Certification:

Materials conforms to FDA, REACH, RoHS, EC1935..

 

Performance:

PTFE composite seat with high temperature, acid and alkali resistance and good resilience.

 

Color:

Black, Green

 

Specification:

DN50(2inches) - DN600(24 inches)

 

Rubber seat Dimensions (Unit:lnch/mm)

Inch 1.5“ 2“ 2.5“ 3“ 4“ 5“ 6“ 8“ 10“ 12“ 14“ 16“ 18“ 20“ 24“ 28“ 32“ 36“ 40“
DN 40 50 65 80 100 125 150 200 250 300 350 400 450 500 600 700 800 900 1000


The versatility of the Keystone Butterfly Valve Seat is evident in its extensive port size range from DN50 to DN600, making it suitable for various applications, from valves and gas systems to more complex industrial requirements. This adaptability is further enhanced by its compatibility with different connection types, including both wafer and flange ends, and adherence to international standards such as ANSI, BS, DIN, and JIS. Whether it’s for applications in textile manufacturing, power stations, petrochemical processing, heating and cooling systems, pharmaceuticals, shipbuilding, metallurgy, light industry, environmental protection, or any other field, our valve seat offers unmatched performance and reliability. Our product’s name - the Wafer Type Centerline Soft Sealing Butterfly Valve, including the pneumatic Wafer Butterfly Valve variant, speaks volumes about its design and function. It’s not just any butterfly valve seat; it’s a fusion of high-grade materials including EPDM/NBR/EPR/PTFE, and NBR/Rubber, tailored to the customer's requests for color and specifications. With its exceptional high temperature resistance, the PTFE+EPDM compounded rubber valve seat redefines what's possible in terms of securing tight, leak-free seals over a long service life, despite the demanding conditions it might face. The Keystone Butterfly Valve Seat guarantees not only the operational efficiency of your systems but also contributes significantly towards safety and environmental compliance, showcasing Sansheng Fluorine Plastics' dedication to innovation and excellence in industrial solutions.

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