Duotight Push-In Fitting - 9.5 mm (3/8 in) x 1/4 in Flare
This Duotight fitting with 1/4" Flare is perfect for flared gas ball lock and pin lock disconnects. It can also be used to connect gas line to the flare fitting found on the KOMOS® CO2 Regulator. Compatible with EVABarrier 9.5 mm OD tubing. Although this fitting would also fit a beverage disconnect, 9.5 mm OD EVABarrier is only recommended for beverage line in long draw draft set ups.
Duotight offers superior quality when compared to other push-in fittings. Their double EPDM O-ring design provides a more complete and reliable seal, protecting against leaks even when tubing is bent around tight corners. They are suitable for both beverage and gas applications, and are pressure rated to 100 psi. Tubing can be released by simply pushing in the collet and pulling the line out. No need for clamps or cutting lines!
Features:
Insert tubing and firmly push to connect
Easily release tubing by pushing in the collet
Suitable for both gas & beverage applications
Made from food-grade acetal plastic
Double O-rings made from highly chemical resistant EPDM
Locking teeth made from stainless steel
Pressure rated to 150 psi
Temperature rated to 212°F (100°C)
Please note: exposure to chlorine will degrade the acetal plastic and stainless steel these fittings are made from. Do not use in contact with bleach or other chlorinated cleaning chemicals.
This Duotight fitting with 1/4" Flare is perfect for flared gas ball lock and pin lock disconnects. It can also be used to connect gas line to the flare fitting found on the KOMOS® CO2 Regulator. Compatible with EVABarrier 9.5 mm OD tubing. Although this fitting would also fit a beverage disconnect, 9.5 mm OD EVABarrier is only recommended for beverage line in long draw draft set ups.
Duotight offers superior quality when compared to other push-in fittings. Their double EPDM O-ring design provides a more complete and reliable seal, protecting against leaks even when tubing is bent around tight corners. They are suitable for both beverage and gas applications, and are pressure rated to 100 psi. Tubing can be released by simply pushing in the collet and pulling the line out. No need for clamps or cutting lines!
Features:
Insert tubing and firmly push to connect
Easily release tubing by pushing in the collet
Suitable for both gas & beverage applications
Made from food-grade acetal plastic
Double O-rings made from highly chemical resistant EPDM
Locking teeth made from stainless steel
Pressure rated to 150 psi
Temperature rated to 212°F (100°C)
Please note: exposure to chlorine will degrade the acetal plastic and stainless steel these fittings are made from. Do not use in contact with bleach or other chlorinated cleaning chemicals.
This Duotight fitting with 1/4" Flare is perfect for flared gas ball lock and pin lock disconnects. It can also be used to connect gas line to the flare fitting found on the KOMOS® CO2 Regulator. Compatible with EVABarrier 9.5 mm OD tubing. Although this fitting would also fit a beverage disconnect, 9.5 mm OD EVABarrier is only recommended for beverage line in long draw draft set ups.
Duotight offers superior quality when compared to other push-in fittings. Their double EPDM O-ring design provides a more complete and reliable seal, protecting against leaks even when tubing is bent around tight corners. They are suitable for both beverage and gas applications, and are pressure rated to 100 psi. Tubing can be released by simply pushing in the collet and pulling the line out. No need for clamps or cutting lines!
Features:
Insert tubing and firmly push to connect
Easily release tubing by pushing in the collet
Suitable for both gas & beverage applications
Made from food-grade acetal plastic
Double O-rings made from highly chemical resistant EPDM
Locking teeth made from stainless steel
Pressure rated to 150 psi
Temperature rated to 212°F (100°C)
Please note: exposure to chlorine will degrade the acetal plastic and stainless steel these fittings are made from. Do not use in contact with bleach or other chlorinated cleaning chemicals.
