All extruded fittings are shaped from a single bar stock by different machining operations. The result is a one-piece, solid brass fitting without seams or brazed joints. All bar stock is made of an exclusive alloy material that is extruded and drawn to precise tolerances. This one-piece construction process eliminates splits, pin holes, sand holes and potential leakers.

To create each fitting, bar stock is extruded into the required configuration. Then it's drawn to size, straightened and cut to length. This process invloes heating a solid round billet to the pliable state and forcing it with pressure through a doe. Next, the formed bar is cooled and drawn through dies to the desired external sizes, straightened, then cut to length.

This extrusion process produces a fittings material that's dense, nonporous, and stronger in its longitudinal direction.

To produce forged fittings, material is extruded into round bars, cut to length and straightened, creating forging rod that differs from extruded machinable bars in its temper and chemical compositions. Then the bars are cut again into short-length slugs, reheated to the pliable state and pressed. Next, they're cooled, the flash is trimmed and the forging blank is machined into its finished form.

Forming fittings under extreme pressure produces a uniformly dense material with high impact strength and resistance to mechanical shock and vibration.

Product Application :

• For use with Copper, Brass, Aluminum and welded steel tubing that can be flared.
• Used extensively for connections of fuel, oil, air, liquid petroleum (LPG), and natural gas lines.

• Brass Flare Fittings resist mechanical pull over.
• Recommended for higher pressures than those covered by compression fittings.
• Designed to be assembled and disassembled over and over again.
• Low Cost.
• Reusable with long or short nut.

• Good Vibration resistance.
• Use of long nut is recommended when greater vibration resistance is required.

• For use with instrumentation, hydraulic and pneumatic systems.
• Designed to be used with aluminum, copper, and plastic tubing. Not recommended for steel tubing.

• Brass Compression fittings do not require any flaring, soldering or other type of tubing preparation.
• Available in a broad range of sizes and styles.
Low Cost.

•Fair vibration resistance.
•Use long nut when greater vibration resistance is required.

• For use with brass, copper or iron pipe.
• Designed for low and medium pressure pipe iron connections.
• Typically used in water, grease, fuels, LP amd natural gas, refrigeration, instrumentation and hydraulic systems.

• All pipe fitting threads meet the standards developed by the Society of Automotives Engineers (SAE).
• Connectors, unions, nuts and extruded elbows and tees machined/forged from high quality/grade material.

• Fair resistance to vibration and pipe movement depending on conditions.

• Brass Hose fittings are manufactured with Dryseal pipe threads.
• Connectors, Unions, nuts, elbows and tees machined from high quality brass rods.

• Brass Hose fittings are manufactured with Dryseal pipe threads.

• Connectors, Unions, nuts, elbows and tees machined from high quality brass rods.

• Brass Push-on fittings are designed for use with push-on style hose only.

• No hose clamps or ferrules are needed.
• Easy to assemble.
• Designed to resist mechanical pull over.
• Can be assembled and disassembled over and over again.

• Good Vibration resistance.
• Low Cost.

• Not use with copper, aluminum and thermoplastic tubing. Not recommended for steel tubing.

• Brass Captive sleeve fittings make connections without any flaring, soldering or tubing preparation.
• Pre-assembled fitting has captive sleeve.
• Sleeve is always correctly oriented for proper installation.
• Visible for inspection before and after installation.
• Heavy-duty fitting aligns to seal even out-of-round tubing.
• Quicker to assemble than flare or standard compression fittings.
• Capative sleeve bodies are interchangeable with standard compression fitting bodies.
• Low Cost.

• Fair resistance to minimal vibration or tube movement.