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- 3/8 In. OD x 60 In. stainless steel connector w/corrosion resistant coating
- 3/8 In. FIP and 3/8 In. MIP (1/8 In. FIP tap) steel gas fittings
- 24,900 BTU max flow capacity. Use with natural or LP (propane) gas
- Temperature rating: -40 to 150 Degrees F. Pressure rating: 1/2 psi maximum
- 100% leak tested. Approved for indoor and outdoor use. CSA certified
Product Description
Brass Craft’s 3/8 In. FIP x 3/8 In. MIP x 60 In. Recoat Gas Appliance Connector is 3/8 In. OD (1/4 In. ID) tube with a maximum operating capacity of 24,900 BTU’s. This Recoat stainless steel gas connector is engineered with added safety in mind. The proprietary polymer coating is designed to withstand prolonged exposure to harsh household chemicals, UV rays and salt. Recoat is applied to the corrugated stainless steel connector using advanced powder-coat technology. Unlike conventional dipped or sprayed coatings, the Recoat coating is baked directly onto the connector surface at high temperatures to provide a uniform coating over the entire length of the connector. The coating is applied only after the connector has been 100% leak tested, prior to nut and fitting assembly. This process results in the most complete corrosion resistance available.
From the Manufacturer
BrassCraft’s 3/8 In. FIP x 3/8 In. MIP x 60 In. ProCoat Gas Appliance Connector is 3/8 In. OD (1/4 In. ID) tube with a maximum operating capacity of 24,900 BTU’s. This ProCoat stainless steel gas connector is engineered with added safety in mind. The proprietary polymer coating is designed to withstand prolonged exposure to harsh household chemicals, UV rays and salt. ProCoat is applied to the corrugated stainless steel connector using advanced powder-coat technology. Unlike conventional dipped or sprayed coatings, the ProCoat coating is baked directly onto the connector surface at high temperatures to provide a uniform coating over the entire length of the connector. The coating is applied only after the connector has been 100% leak tested, prior to nut and fitting assembly. This process results in the most complete corrosion resistance available.