The product images shown are Illustrative only and may not be an exact representation of the product.

PolarSeal® I Hose

PolarSeal® I Hose is designed for environmentally-safe R134a refrigerant applications in automotive air conditioning and industrial systems, including tractors, construction trucks, mobile and stationary refrigeration units. Designed to minimize permeation of R134a refrigerant. SAE J51, Type A2 Dimensions; SAE J51, Type D Performance; SAE J3062, Type C, Class II Performance.Temperature Range: –22 Deg F to +257 Deg F (–30 Deg C to +125 Deg C).Gates - Powering Progress

  • Suitable for liquid and gaseous R134a and R12 refrigerants
  • Synthetic EPDM rubber, nylon barrier, and reinforced polyester construction
  • Minimizes R134a and R12 refrigerant permeation
  • Meets or exceeds SAE J2064 Type C. Class II
  • High temperature range tolerance: –22°F to +257°F (–30°C to +125°C), Class II
  • Multiple crimping options

All Parts

1-3 of 3 Items
Part # Product # Description Max W.P. (psi) Max W.P. (bar) Hose I.D. (in) Hose I.D. (mm) Hose O.D. (in) Hose O.D. (mm) Vac. (inHg) MBR (in) Wt. Per ft Len. (ft)
70627 33530918 70627 12AC134AXREEL-175 500 5/8 1.13 24 5 0.38
85666 33530911 85666 10AC134A X25FT 500 1/2 1 24 4 8
85667 33530916 85667 12AC134A X25FT 500 5/8 1.13 24 5 9.43
1-3 of 3 Items

The Art of Material Science

PolarSeal® I Hose builds on our decades of innovation in material science. PolarSeal® I Hose is specially constructed to handle environmentally-sensitive liquid and gaseous refrigerant applications. Synthetic EPDM cover construction, a nylon internal barrier inside a chloroprene rubber tube, and spiraled polyester reinforcement create a highly durable, low permeation refrigerant-specific fluid power solution for a wide range of automotive and industrial applications.

Cool Under Pressure

Whether on the road or on the factory floor, even a little refrigerant leak can be a big deal. That's why our PolarSeal® I Hose is highly engineered to withstand the most demanding operating environments, including wide fluctuations in external temperature, ensuring maximum durability and extended service life.