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C Type Camlock Coupling 1/2"

Name: C Type Camlock Coupling 1/2"
Brand: CHAMUNDA ENGINEERING SOLUTIONS
Price: 150.00 INR
Availability: InStock

Price 150.00 INR/ Piece

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C Type Camlock Coupling 1/2" Specification

Connection
Female Coupler x Hose Shank

Thread
No Thread (Hose Barb End)

Sealing
Rubber Gasket

Torque
Hand tightened

Bore
1/2 inch

Head Code
Round

Material
Stainless Steel

Usage
Industrial

Structure
Locking Arm with Hose Shank End

Size
Customized

Standard
DIN 2828 / EN 14420-7

Inner Diameter
12.7 mm (1/2)

Product Type
Type C Camlock Coupling

Outer Diameter
Approx. 22 mm

Application
Industrial Transfer and Conveyance

Surface Treatment
chrome Plating

Technique
Precision Machined

Shape
C-type Coupling

Finish
Smooth chrome-plated finish

Working Pressure
Up to 150 psi

Color
Metallic Silver

Temperature Range
-10°C to 80°C

Corrosion Resistance
High due to stainless steel body

End Connection
Hose Tail

Locking Mechanism
Cam Arm closure

C Type Camlock Coupling 1/2" Trade Information

Minimum Order Quantity
1000 Number

Supply Ability
10 Per Day

Delivery Time
6 Days

Main Domestic Market
All India

About C Type Camlock Coupling 1/2"

Type C Camlock Coupling we propose is utilized for easily and quickly interchanging or changing connections of hose pipes. This kind of coupling is ideally suitable for mass transferring of media such as Oil, Water, Gas, Powder, Slurry, Chemicals, Air, Cement, Petrochemicals, Granules, and so on. Made of quality tested aluminum, SS, CS, brass, and Gun metal in varied kinds of end connections and sizes. In addition, the Type C Camlock Coupling is easy to install, durable, rust proof, and can be bought at market justified prices.

Secure and Durable Industrial Connection

Engineered with a robust cam arm locking system and chrome-plated stainless steel body, this C Type Camlock Coupling ensures leak-proof, secure hose connections. Designed for tough industrial applications, it guarantees long-term corrosion resistance and effortless hand-tightened assembly due to its ergonomic design.

Versatile Design, Hassle-Free Operation

This coupling's 1/2" bore and female coupler x hose shank end allow for quick, secure installation onto flexible or rigid hoses. The lack of threading and inclusion of a rubber gasket seal facilitate fast, tool-free setup, fitting a wide range of industrial transfer and conveyance systems.

FAQ's of C Type Camlock Coupling 1/2":

Q: How does the C Type Camlock Coupling's locking mechanism work?

A: The locking mechanism uses cam arms that snap into place over the hose shank, ensuring a secure, tight connection. This hand-tightened closure eliminates leakage and accidental disconnection during industrial operations.

Q: What are the main benefits of the chrome-plated stainless steel body?

A: The chrome-plated stainless steel body provides high corrosion resistance, making the coupling highly durable. It withstands harsh chemicals and environmental factors, ensuring a long service life in demanding industrial settings.

Q: When is this coupling typically used in industrial applications?

A: This coupling is used in industrial transfer and conveyance applications, particularly where secure, quick connections for fluid or powder handling are needed under pressures up to 150 psi and temperatures ranging from -10C to 80C.

Q: Where can the C Type Camlock Coupling be installed?

A: It is suitable for installation in any facility across industries such as chemical, food processing, petroleum, and water treatment, wherever compatible hoses with a 1/2" bore are employed.

Q: What is the installation process for this coupling?

A: Simply insert the hose shank end into the hose, secure it with clamps if necessary, and then close the cam arms to lock the coupling in place. The process is tool-free, requiring only hand-tightening for a reliable seal.

Q: How does the rubber gasket enhance performance?

A: The integrated rubber gasket ensures a leak-proof connection by providing a tight seal between the coupler and the hose, preventing fluid escape under pressure.

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