Climalife (IDS Refrigeration) has been Europe’s specialist in cooling fluids for refrigeration and air conditioning. Its activeness and commitments in terms of quality and protecting the environment have also enabled it to gain cutting-edge expertise in the fields of heating and renewable energy.
Kaiflex Insulation 10mm (Pipe)x13mm (Thickness)x15M (Length)
Kaiflex Insulation 10mm (Pipe) x 15mm (Thickness) x 15M (Length)
£16.36Kaiflex Insulation 20mm (Pipe) x 13mm (Thickness) x 15M (Length)
Kaiflex Insulation 20mm (Pipe) x 15mm (Thickness) x 15M (Length) Kaiflex coil is a long and continuous insulation sleeve that covers pipework.
£24.19Kaiflex Insulation 12mm (Pipe)x13mm (Thickness)x15M (Length)
Insulation 12mm (Pipe) x 15mm (Thickness) x 15M (Length) Kaiflex
£21.86Kaiflex Insulation 6mm (Pipe)x13mm (Thickness)x15M (Length)
Insulation 6mm (Pipe) x 15mm (Thickness) x 15M (Length) Kaiflex coil is a long and continuous insulation sleeve that covers pipework.
£16.08Nitrogen OFN 10kg Cylinder 5/8″ BSP
Nitrogen OFN 10kg Cylinder 5/8″ BSP
£31.05Capillary Tubing 12ft 0.064 OD x 0.125 OD BC4
Capillary Tubing 12ft 0.064 OD x 0.125 OD BC4 changes the system pressure from high (liquid line) to low (vapour line). The longer the capillary the further reduction in efficiency.
£30.69Capillary Tubing 10ft 0.031 OD x 0.081 OD BC1
Capillary Tubing 10ft 0.031 OD x 0.081 OD BC1 changes the system pressure from high (liquid line) to low (vapour line). The longer the capillary the further reduction in efficiency.
£20.06R410a Refrigerant 10kg-Gas Content 1/4″ SAE RH Valve
R410a Refrigerant 10kg-Gas Content 1/4″ SAE RH Valve
£288.49Line Tap Valve (SA1) 1/4″, 5/16″, 3/8″
Line Tap Valve (SA1) 1/4″, 5/16″, 3/8″ allows easy access into a refrigeration or air conditioning system where no existing access valve is fitted. Simply break into a suction or liquid line to and add refrigerant to a system.
£13.12Capillary Tubing 10ft 0.028 OD x 0.071 OD BC5
Capillary Tubing 10ft 0.028 OD x 0.071 OD BC5 changes the system pressure from high (liquid line) to low (vapour line). The longer the capillary the further reduction in efficiency.
£17.21