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Double Action Air Valve

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MOQ : 100 Pieces

Double Action Air Valve Specification

Sealing Type
O-Ring Seal

Tensile Strength
500 MPa

Thread Type
BSP

Tolerance
0.05 mm

Coating Type
Electroplated

Temperature Range
-20C to +80C

Flexibility
Rigid

Yield Strength
250 MPa

Diameter
25 mm

Connection Type
Male-Female

Product Type
Double Action Air Valve

Material
Brass

Connection
Threaded

Shape
Cylindrical

Standard
ISO 9001:2015

Surface Treatment
Nickel Plated

Outer Diameter
25 mm

Section Shape
Round

Length
80 mm

Thickness
2 mm

Color
Silver

Usage
Pneumatic Systems

Rated Pressure
10 bar

Material Grade
CW617N

Application
Industrial Automation

Operation
Double Acting

Leakage Rate
<0.1 ml/min

Cycles Life
Over 1 Million Cycles

Media
Air

Mounting Type
Inline

Weight
450 gm

Port Size
1 inch

Double Action Air Valve Trade Information

Minimum Order Quantity
100 Pieces

Supply Ability
1000 Pieces Per Month

Delivery Time
7 Days

Main Export Market(s)
Eastern Europe, Asia, North America, Central America, Australia, Africa, Western Europe, South America, Middle East

About Double Action Air Valve

Elevate your industrial automation systems with the formidable Double Action Air Valve. Featuring a robust 1-inch port size and double acting operation, this superior valve boasts a triumpant cycle life of over 1 million cycles. Crafted from high-grade CW617N nickel-plated brass, it guarantees minimal leakage (<0.1 ml/min) and exceptional tolerance (0.05 mm). With a surface treated, rigid construction meeting ISO 9001:2015 standards, it promises reliability even under 10 bar pressure and extreme temperatures. Redeem instant savings-Order Today from India's trusted supplier and trader!

Versatile Features & Industrial Applications

The Double Action Air Valve offers unmatched performance for pneumatic systems, highlighted by its O-Ring sealing, high tensile strength (500 MPa), and resilient nickel-plated finish. Its inline, threaded mounting supports quick integration in assembly lines and plant automation, making it ideal for sensitive environments requiring precise control. Designed for efficiency, it proves effective in various industrial automation and plant applications, delivering superior reliability for prolonged use.

Supply Ability, Sample Policy & Payment Terms

We ensure consistent supply ability to meet large-scale industrial demands with prompt and secure transportation services. Reduce your overall expenditure by availing our sample policy-experience product quality before committing to large orders. Benefit from our flexible payment terms designed to support your business at the lowest price. Trust a supplier who prioritizes efficient delivery and cost-effective solutions, making your procurement process seamless and reliable.

FAQ's of Double Action Air Valve:

Q: How is the Double Action Air Valve installed in pneumatic systems?

A: The valve features an inline, threaded connection (BSP male-female), simplifying installation in most pneumatic setups. Its cylindrical, rigid body enables quick mounting in both new and existing lines.

Q: What makes this air valve suitable for industrial automation applications?

A: Its high cycle life, robust brass construction, and precise tolerance make it ideal for demanding industrial automation, ensuring minimal leakage and reliable operation in high-pressure environments.

Q: When should I replace the Double Action Air Valve?

A: Given its formidable durability of over 1 million cycles, replacement is seldom required. Consider replacing only after extended service or if cycle life has been reached to ensure optimal system performance.

Q: Where is this air valve typically used in industrial plants?

A: The valve is widely employed in various plant automation applications, such as controlling pneumatic actuators, automated machinery, and assembly lines across multiple sectors.

Q: What are the main benefits of the O-Ring sealing type in this valve?

A: The O-Ring seal provides superior leak prevention, even under high-pressure (up to 10 bar), thereby prolonging equipment lifespan and ensuring operational safety in critical systems.

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