Colder Products

SMC0212 Non-Valved Inline Coupling Set 1/8 Hose Barb

Part Number: SMC0212

In Stock

out of stock

In Stock

$4.05


Colder SMC Series Couplings are designed with the latest Colder technology called Twist-to-Connect. The quarter-turn latch clicks to ensure that your connection is secure and allows tubing to rotate freely. SMC Series Couplings are among the smallest couplings offered by Colder and are constructed from a variety of different materials such as acetal, polypropylene, and ABS plastic.

 Specifications :
  • Material: Polypropylene
  • Material Finish: Almond
  • Pressure Range: Vacuum to 100 psi, 6.9 bar
  • Color: White
  • Mounting Option: Free Floating
  • Temperature Range: 32º F to 180º F
  • Seal Options: Buna-N
  • Available in Bags of 50 units


Details

Application

Water

Bag Quantity

50

Barb Size

1/8" ID

Body Material

Polypropylene

Color / Finish

White, Almond

Max Operating Pressure

100

Max Operating Temperature

180

Mounting Options

Free Floating

Origin

USA

Seal Material

EPDM

Series

SMC

Valve Type

Non-Valved


SMC0212





Colder SMC Series Couplings are designed with the latest Colder technology called Twist-to-Connect. The quarter-turn latch clicks to ensure that your connection is secure and allows tubing to rotate freely. SMC Series Couplings are among the smallest couplings offered by Colder and are constructed from a variety of different materials such as acetal, polypropylene, and ABS plastic.

 Specifications :
  • Material: Polypropylene
  • Material Finish: Almond
  • Pressure Range: Vacuum to 100 psi, 6.9 bar
  • Color: White
  • Mounting Option: Free Floating
  • Temperature Range: 32º F to 180º F
  • Seal Options: Buna-N
  • Available in Bags of 50 units

Details

Application

Water

Bag Quantity

50

Barb Size

1/8" ID

Body Material

Polypropylene

Color / Finish

White, Almond

Max Operating Pressure

100

Max Operating Temperature

180

Mounting Options

Free Floating

Origin

USA

Seal Material

EPDM

Series

SMC

Valve Type

Non-Valved

Documentation
SMC0212

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