JG PolarClean Equal Straight Connector

JG PolarClean Equal Straight Connector
Disclaimer: All images are for illustrative purposes only.

You will also need:

Locking Clip

Locking Clip

Locking Clip to prevent accidental pipework disconnection.

Safely and securely connects tube-in-tube pipework

JG PolarClean equal straight connector push-fit fitting connects equal size pipework and is designed to improve the conditioning of beer dispense using tube-in-tube technology.

Fast and simple to install, JG PolarClean fittings keep beer lines consistently cool at brand specification temperatures, eradicating the risk of microbiological activity while improving carbonation control and reducing product wastage. The fitting also enables different beer temperatures to be achieved in a single python.

By carrying beverages through a tube encased by another tube with coolant, the fitting deliver extra cold beer straight from the keg coupler to the beer font, without the need for a cold room or secondary cooling device. With JG PolarClean bars, restaurants, cafes and hotels can now install draught beer systems in limited spaces and at a minimal cost.

JG PolarClean is suitable for potable liquid, foodstuff, coolant, drinks and beer dispense applications. The fitting is not suitable for compressed air and vacuum applications. All John Guest fittings are manufactured and assembled in the UK.

Features and benefits

  • Transparent body
  • Instant push-fit connection and leak tight seal
  • Extra cold and consistent beer temperatures at every pour
  • No cellar or secondary cooler required
  • Reduces beer-line microbiological growth
  • More revenue per keg due to less FOB and beer-line downtime
  • Tamperproof solution with special release tool to dismount
  • Suitable for fluid applications from -5°C (internal fluids must not freeze) to 30°C (max)

Accreditations

BSI Thermo Pipes and Fixings accredited
WRAS approved product
SKUDescriptionInner Tube OD ″Accreditations
NC2617JG PolarClean Equal Straight Connector 3⁄8″3⁄8
BSI
WRAS