Tube & Pipe Fabrication
Custom tube coiling — helical coils with controlled diameter, pitch and end geometry for fluid routing and compact assemblies.
Direct answer: Tube coiling services at Balford wind tube into helical coils with controlled coil OD, pitch and end geometry for fluid routing, heat exchange and compact packaging. We review material, wall and coil geometry before quoting, and can deliver coiled tube as finished assemblies.
A coiled tube is a length of metal tube wound into a helix, either as a finished coiled tube assembly or as a compact delivery form for tube that is later cut, bent and end-formed. Balford produces coiled tube in stainless steel, copper, brass and carbon steel, with coil OD, pitch, number of turns, leg lengths and end forms set by the drawing. Typical uses are fluid and refrigerant routing, heat-exchange coils, sensor and instrument tubing, and compact packaging inside equipment.
Related capabilities: CNC tube bending, mandrel and roll bending, sheet metal fabrication and coil assemblies.

Controlled coil OD, pitch and number of turns.
Straight legs and end forms to the drawing.
Cut, formed and assembled coils from one supplier.
Stainless, carbon steel, aluminum, copper and brass.
Coil diameter relative to tube bend limits drives feasibility; confirm material and wall early.
Pitch consistency and turn count are set by the drawing and held in tooling.
Straight legs and end forms are planned so the coil fits its assembly.
Coiling springback is compensated in tooling and confirmed on first pieces.
Corrosion-resistant coils for process and sensor lines. See stainless steel.
Structural and hydraulic coils. See carbon steel.
Coils for compact routing. See HVAC components.
Precision coils for sensing lines. See sensor housings.
Coiled tube for space-constrained assemblies. See industrial machining.
Parts formed from tube and drawn tube, from production history.
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Send coil OD, pitch, turns, tube material and wall with your drawing. Read the tube bending design guide, then request a quote.
Tube coiling winds tube into helical coils — commonly for fluid routing, heat exchange or compact packaging. Coil diameter, pitch and end geometry are controlled to the drawing.
Stainless steel, carbon steel, aluminum, copper and brass tube are the common choices; material and wall are confirmed with the coil geometry before quoting.
Coil OD, pitch, number of turns, leg lengths and end form are set by the drawing. Tight coils need smaller bend radii relative to the tube, so feasibility is reviewed against material and wall.
Yes. Coiled tube can be cut, end-formed and assembled with fittings so you receive a finished coil assembly.
Typical uses include fluid and refrigerant lines, heat-exchange coils, sensor and instrument tubing and compact equipment packaging.
Coil OD, pitch, number of turns, tube material, OD, wall, leg or end geometry, and quantity. A drawing or 3D model is the clearest input.
Secure Project Review
NDA before detailed file exchange. Drawing-based DFM review. Prototype-to-production route. Check the RFQ checklist before sending files.