Meet the Eastman 1/2 in. Flare X 1/2 in. D FIP 48 in. Stainless Steel Gas Connector—a durable, flexible link designed to simplify connections from your gas supply to appliances with a flare inlet and a 1/2 in. FIP outlet. Built for residential use, this 48-inch stainless steel connector offers reliable performance where space and alignment matter most.
Key advantages
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48-inch stainless steel flexibility provides essential reach and easy routing around cabinets and obstacles, reducing strain on fittings.
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Flare to FIP configuration with a 1/2 in. flare inlet and a 1/2 in. FIP outlet covers common residential appliance connections.
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Corrosion-resistant stainless steel construction stands up to daily use and helps maintain a secure, leak-resistant connection over time.
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Bagged packaging keeps the connector protected from debris during storage and transport.
Why this matters
Conventional rigid piping can limit placement options and make installations more cumbersome. This flexible connector adapts to tight spaces and awkward angles, helping you preserve safe distances from heat sources while maintaining a solid, code-friendly connection. The flare-to-FIP design is a practical choice when your appliance requires a flare inlet paired with a standard 1/2 in. pipe thread outlet, delivering a straightforward, tool-free setup where appropriate.
Ideal for
- Connecting gas ranges, ovens, or dryers with a flare inlet to the home gas supply
- Residential installations where an unobtrusive, longer connector is needed to reach a wall shutoff or gas line
- Outdoor grills or patio heaters requiring a flexible, durable gas line
Specifications at a glance
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Length: 48 inches
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Material: Stainless steel
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Inlet: 1/2 in. flare
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Outlet: 1/2 in. FIP
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Packaging: Bagged
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Application: Gas appliance connection
Practical tips for use
Ensure compatibility with your appliance and local codes before installation. Use fittings appropriate for natural gas or propane as required, and follow standard safety practices for gas connections. Avoid sharp bends or kinks that could restrict flow, and keep the connector away from heat sources to maintain long-term performance. Regularly inspect the connector for wear or corrosion and replace if signs of damage appear.
