PTFE Lined Check Valve

Anup PTFE lining is a leading PTFE, FEP, and PFA Lined Check Valves manufacturer in Houston , USA. PTFE Check Valves are one of the valves that are employed to regulate fluid flow in a piping system so that liquid can flow in a single direction with automatic protection against backflow. Of the various types, the PTFE lined swing check valve possesses a swinging type and an internal PTFE synthetic polymer finish for increased hardness. Disc and ball check valves are the remaining types, and each possesses a distinct flow control method. PTFE lined ball valves, in reality, comprise an internal PTFE coating that limits erosion and corrosion caused by aggressive fluids. This shielding covering ensures that the internal material of the valve remains uninfluenced by environmental conditions within, enhancing durability and efficiency.

SS 304 PTFE Lined Check Valve Manufacturer in Houston , Polypropylene Lined Check Valve Supplier in USA, SS 316 PTFE Lined Check Valve Exporter in Houston , SS 304 PTFE Lined Check Valve Stockist in USA, Lined Check Valves Distributor in Houston , FEP Lined Check Valve Manufacturer in Houston , Polypropylene Lined Check Valve Supplier in USA, PTFE Lined Stainless Steel Check Valve Exporter in Houston , PTFE Check valve Stockist in USA, Manufacturer of Comprehensive Range PTFE Line Check Valve in Houston

What is PTFE Lined Check Valve?

PTFE Lined Check Valve is a check valve employed to avoid backflow in piping systems and fluid flow through it in one direction only. PTFE (Polytetrafluoroethylene) is the lining material of the inner valve part, a synthetic polymer that is resistant to corrosion and protects against aggressive chemicals as well as harsh fluids. The swing, ball and disc are typical kinds with each one employing a different method of controlling the flow. The PTFE lining enhances strength, maintains the integrity of the core material of the valve and ensures safe operation in challenging industrial applications.

Largest Stockist of FEP Lined Check Valve in Houston , PTFE Lined Check Valve Manufacturer in USA, PTFE Lined Check Valve Price , PTFE Lined Stainless Steel Check Valve Distributor in USA, Polypropylene Lined Check Valve Stockist in Houston , Teflon PFA Lined Check Valves Manufacturer in Houston , Dealer & Distributor of PFA Lined Vales, MS PTFE Lined Check Valve Suppliers in Houston , PTFE Lined Check Valve Wholesaler in USA, PTFE & PFA Lined Check Valve Dimensions, SS 304 PTFE Lined Check Valve Distributor in Houston .

PTFE Lined Check Valve Specification

Size : 25 NB to 200 NB

Standard Resin Specifications : PTFE : ASTM D 1457, PFA : ASTM D 3307, PVDF: ASTM D 3222, FEP : ASTM D 211

Outer body : ASTM A 395 Gr 60-40-18

Flange Connection : ANSI B 16.5

Face to Face : ANSI B 16.10

Spark Test : 15 KVA

Hydro Test : at 29.8 kg/cm2

FEP- Max Temp : 180° C

PP Max Temp : 100° C

PFA Max Temp : 200° C

Largest PTFE Lined Check Valve Supplier in Houston , USA

Anup PTFE lining is a leading supplier of PTFE Lined Check Valve in Houston , USA, offering high-quality, corrosion-resistant solutions ideal for chemical, pharmaceutical, and industrial applications.

PTFE Lined Check Valve Exporter in Houston , PTFE Lined Check Valve Price Supplier in USA, Check Valves Manufacturer in Houston , PTFE Lined Stainless Steel Check Valve in USA, Polypropylene Lined Check Valve Traders in Houston , PFA Lined Check Valve Manufacturer in Houston , FEP Lined Check Valve Supplier in USA, Lined Check Valve Definition in Houston , Check Valve PTFE Lined Distributor in USA, PTFE Lined Check Valve Wholesaler in Houston .

Why Choose Anup PTFE lining for PTFE Lined Check Valve?

Types of PTFE Lined Check Valve We Offer

Dimension Chart of PTFE Lined Check Valve

SIZE	L	H
15	130	105
20	150	115
25	127	125
40	165	160
50	178	175
80	203	240
100	229	270
150	400	330
200	600	381

Contact Us for a Quick Quote and Updated Price List

Quality Control Facilities at Anup PTFE lining

Benefits of PTFE Lined Check Valve

Excellent Corrosion Resistance
Protects against harsh chemicals, ensuring longevity.
Tight Shut-Off Capability
Offers a bubble-tight seal, preventing leakage and enhancing system safety in both on/off and throttling applications.
Wide Temperature Range
Can operate effectively in a broad temperature range, typically up to 200°C.
Low Maintenance
Requires less upkeep due to durable PTFE lining.

FEP Lined Check Valve Exporter in Houston , Polypropylene Lined Check Valve Manufacturer in USA, PTFE Lined Stainless Steel Check Valve Exporter in USA, PTFE Check valve Stockist in USA, Supplier of Comprehensive Range PTFE Line Check Valve in Houston , Teflon PFA Lined Valves Exporter in Houston , Dealer & Distributor of PFA Lined Vales, MS PTFE Lined Check Valve Suppliers in Houston , PTFE Lined Check Valve Wholesaler in USA, PTFE & PFA Lined Check Valve Dimensions, SS 304 PTFE Lined Check Valve Distributor in Houston

Applications of PTFE Lined Check Valve

Frequently Asked Questions (FAQ)

What is a PTFE Lined Check Valve?

A PTFE Lined Check Valve is a valve where the internal flow path is coated with PTFE (Polytetrafluoroethylene), a chemical-resistant material. It is used in piping systems to prevent backflow while offering high resistance to corrosive and abrasive fluids.

How does a PTFE Lined Check Valve work?

The valve allows fluid to flow in one direction while preventing backflow by closing automatically when the flow stops, with the PTFE lining ensuring minimal wear and tear.

What industries use PTFE Lined Check Valves?

These valves are commonly used in industries like chemical processing, pharmaceuticals, food and beverage, and water treatment, where resistance to harsh chemicals and contamination is essential.

What is a PTFE Lined Check Valve?

A PTFE Lined Check Valve is a valve that prevents reverse flow in pipes, featuring a lining made of PTFE to enhance corrosion resistance and chemical compatibility.

What are the benefits of PTFE Lined Check Valves?

The primary benefits include extended service life, reduced maintenance costs, resistance to corrosive and abrasive materials, and the ability to handle a wide range of temperatures and pressures.