ANSI Z21.24, Z21.75 Specified|CSA 6.10, 6.27 Certified

• Corrugated stainless steel with corrosion-resistant coating Ideal for low demand appliances such as dryers, decorative stoves and gas log fireplaces Use with natural, manufactured, mixed and liquefied petroleum (LP or propane) gases and LP gas-air mixtures ProCoat® coating corrosion-resistant to harsh chemicals as well as UV rays and salt Smooth, burnished connector ends seal with less torque, making installation easier High tensile-strength stainless steel is less susceptible to work hardening Deep corrugations enhance flexibility and maneuverability of connector during installation Gas connector is 100% leak tested Approved for indoor and outdoor use Designed, machined and assembled in the USA Superior corrosion resistance to harsh chemicals found in most common household cleaning, plumbing repair and masonry products when compared with uncoated gas connectors UV rays and salt-resistant, ProCoat® connectors are certified for indoor and outdoor use Strong and flexible with greater depth and number of corrugations to withstand greater torque and bend cycles Meets industry standards for torsion without compromising the integrity of the coating or connector Meets industry standard for repeated bending without compromising the integrity of the coating or connector One-piece construction has no soldered of brazed joints Smoother, burnished flare on connector ends seal with less torque Uniform coat over entire length of connector for complete corrosion resistance of the stainless steel core

BrassCraft®'s 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.