Titanium Coiled Tube
Gr1 and Gr2 Titanium Coiled Tubes for Heat Exchangers, Heating Elements, Heat Pumps, Chemical Equipment and Compact Cooling Systems
GAOFA TECH supplies titanium coiled tubes in Gr1 and Gr2 with outer diameter from 6.0 mm to 25.0 mm, wall thickness from 0.3 mm to 1.5 mm and coil length from 50 to 2000 m/coil depending on tube size, wall thickness and coil arrangement.
Titanium coiled tube is reviewed when long continuous tube length, fewer joints, compact routing, corrosion resistance and controlled coil delivery are required for heat exchanger, heating, cooling or chemical equipment projects. Suitability depends on grade, tube size, coil diameter, working medium, pressure, bending requirement, inspection scope and customer specification.
Titanium Coiled Tube Supply Scope
This page is for buyers searching for titanium coiled tube, titanium coiled tubing, titanium coil tubing, Gr1 titanium coiled tube, Gr2 titanium coiled tube, titanium coil tube for heat exchanger, titanium coiled tube for heating elements and long length titanium coil tubing.
Other titanium grades or specialty coil forms can be reviewed only according to confirmed drawing, application, quantity and production feasibility.
Wall thickness can be reviewed from 0.3 mm to 1.5 mm according to grade, OD, coil length and application.
Actual coil length depends on tube OD, wall thickness, coil ID / OD, coil height, packing method and handling requirement.
Inline bright annealing, pneumatic test and eddy current testing can be reviewed according to order requirement.
What Is Titanium Coiled Tube?
Titanium coiled tube is one of GAOFA TECH’s titanium tube supply forms, supplied in continuous coil form instead of short straight lengths. It is reviewed when long tube length, compact routing, fewer joints, corrosion resistance and easier integration into heat transfer or heating equipment are required.
GAOFA TECH mainly supplies Gr1 and Gr2 titanium coiled tubes. The common specification range includes OD 6.0–25.0 mm, wall thickness 0.3–1.5 mm and coil length 50–2000 m/coil depending on coil specification and production feasibility.
For buyers comparing tube routes, titanium welded tube and titanium seamless tube should be reviewed separately according to pressure, wall thickness, specification, inspection requirement and end-user approval.
Practical Purchasing Reasons
- Long continuous tube length is required to reduce joints or welding points.
- The equipment layout needs compact coil routing or curved installation for heat exchanger tubes, heat pumps or cooling modules.
- Titanium corrosion resistance is required for cooling water, chemical medium or corrosive heat exchanger environments.
- Heating element or heat transfer equipment needs stable wall thickness and controlled coil delivery.
- Installation space, leakage risk, tube handling and assembly efficiency need to be considered.
- Coil ID, coil OD, coil height, packing protection and tube end condition must be controlled before shipment.
Titanium Coiled Tube Specifications
Titanium coiled tube quotation depends on tube size, grade, coil length, coil dimensions, application, inspection scope and packing requirement. Please provide coil drawing or layout requirement whenever possible, or send the available details through the Tube Inquiry Checklist.
| Specification Item | GAOFA TECH Review Direction | Buyer Notes |
|---|---|---|
| Available Titanium Grades | Gr1 and Gr2 titanium coiled tubes | Other grades or specialty coil forms can be reviewed by project, but Gr1 and Gr2 are the main supply directions. |
| Outer Diameter | 6.0 mm to 25.0 mm | OD affects coil diameter, bending radius, pressure review, flow rate, packing and downstream assembly. |
| Wall Thickness | 0.3 mm to 1.5 mm | Wall thickness affects coil forming, pressure review, corrosion allowance, tube weight and coil length feasibility. |
| Coil Length | 50 to 2000 m/coil depending on tube size and coil specification | Long coil length should be confirmed together with OD, wall thickness, coil ID / OD, coil height, handling and packing method. |
| Standard | ASTM B338 or customer specification by project review | Please confirm whether the tube is used for heat exchanger, heating element, chemical equipment or special assembly. |
| Heat Treatment | Inline bright annealing by size and order requirement | Delivery condition should be confirmed according to bending, forming, assembly and performance requirement. |
| Coil Dimensions | Coil ID, coil OD, coil height, minimum bending radius and coil direction by requirement | Important for unpacking, installation, equipment assembly and transportation protection. |
| Inspection | Pneumatic test, eddy current testing, dimensional inspection and visual inspection by requirement | Testing scope affects production route, lead time, documentation and quotation. |
| Packing | Bundle, spool, pallet, wooden case or project-specific packing by review | Long titanium coils need protection against surface damage, coil deformation, tube end damage and contamination. |
When to Choose Titanium Coiled Tube Instead of Straight Tube
Coiled titanium tube is not only a different packing form. It is selected when long continuous length, compact routing, fewer joints or special equipment layout is required.
Reduce Joints and Connections
Coiled tube can reduce intermediate joints in selected heat transfer, heating element and equipment assembly applications.
Fit Limited Installation Space
Coil tubing can support compact routing in heat pumps, cooling systems, chemical equipment and custom thermal modules.
Use Titanium Where Medium Requires It
Gr1 or Gr2 titanium coil tubing can be reviewed where corrosion resistance is required by cooling water, chemical medium or process condition.
Support Long Sheath Tube Supply
Titanium coiled tube can be reviewed for heating element tube applications requiring long length and controlled wall thickness.
Plan Coil Dimensions Before Shipment
Coil ID, OD, height, tube end protection and packing method should be confirmed before production to avoid deformation or handling issues.
Match Existing Coil Layout
Replacement coil projects should provide original coil dimensions, tube size, failure mode, medium, pressure and installation requirement.
Applications of Titanium Coiled Tubes
Titanium coiled tubes are reviewed where corrosion resistance, long length, compact layout and heat transfer or heating equipment integration are required together.
Heat Exchangers
Reviewed for heat exchanger coil layouts where titanium corrosion resistance and long continuous tube length are required.
Heating Elements
Gr1 and Gr2 titanium coiled tubes can be reviewed for heating element sheath tube applications where long tube length and forming are required.
Heat Pumps and Compact Cooling
Used in selected heat pump, compact cooling and thermal equipment where coil layout helps reduce space and simplify routing.
Chemical Equipment
Reviewed for chemical and corrosive equipment according to medium, concentration, temperature and pressure.
Seawater and Corrosive Cooling
Titanium coiled tube can be reviewed for seawater and marine cooling or chloride-rich water applications by project condition.
Condensers and Evaporators
Coiled tube can be reviewed for selected condenser and evaporator designs where coil routing is required.
Compact Thermal Systems
Used in custom thermal modules where continuous titanium coil tubing, corrosion resistance and compact installation are required.
Replacement Coil Projects
Replacement projects should provide original coil dimensions, tube route, material, working medium, failure reason and expected service life.
Special Coil Assemblies
Special coiled forms, tube end conditions, coil direction and packing methods can be reviewed according to drawing and application.
Titanium Coiled Tube vs Straight Titanium Tube
Coiled and straight titanium tubes serve different purchasing and installation needs. The correct option depends on equipment layout, tube length, pressure, downstream fabrication and handling requirements.
| Comparison Item | Titanium Coiled Tube | Straight Titanium Tube |
|---|---|---|
| Delivery Form | Supplied in coil form, usually for long continuous tube length and compact handling. | Supplied as straight cut length or fixed length according to drawing and application. |
| Main Selection Reason | Long length, fewer joints, compact routing, coil layout and easier integration into selected equipment. | Straight installation, tube bundle assembly, machining, welding, tube sheet expansion or fixed-length fabrication. |
| Typical Applications | Heating elements, compact heat exchangers, heat pumps, chemical coils, thermal modules and replacement coil projects. | Heat exchangers, condensers, evaporators, chemical equipment, exhaust systems and mechanical fabrication. |
| Key RFQ Information | OD, wall thickness, coil length, coil ID / OD, coil height, tube end condition and packing method. | OD, wall thickness, straight length, tolerance, end condition, standard and inspection requirement. |
| Handling Risk | Coil deformation, tube surface damage, tube end damage and unpacking method should be reviewed. | Straightness, end protection, surface damage and bundle handling should be reviewed. |
| Selection Caution | Not suitable when a strict straight tube length, tube sheet assembly or mechanical machining route is required. | May require more joints or welding if long continuous routing is needed. |
Welded Titanium Coiled Tube Review
For long-length titanium coiled tube projects, a welded titanium tube route is commonly reviewed because it can support thin wall thickness, long coil length and stable dimensional control in suitable specifications.
However, welded titanium coiled tube is not automatically suitable for every application. The working medium, pressure, temperature, corrosion condition, weld integrity, inspection requirement and customer specification should be reviewed before order confirmation.
Buyers who require straight tube, heavier wall thickness, higher pressure review or a seamless route by specification should also review Titanium Seamless Tube.
- Whether welded titanium tube is accepted by the end-user specification.
- Whether pneumatic test, eddy current testing or other inspection is required.
- Whether tube ends require sealing, caps, wrapping or special cleanliness control.
- Whether the tube will be bent, assembled, welded or connected after delivery.
- Whether coil diameter and coil height meet unpacking and installation requirements.
- Whether the packing method protects the coil during sea or air shipment.
Special Option: Titanium Twisted Coiled Tube
For selected compact heat exchanger and enhanced heat transfer tube applications, GAOFA TECH can also review titanium twisted tube in straight or coiled delivery form. Titanium twisted coiled tube is different from ordinary smooth titanium coiled tube because the tube geometry is designed for stronger fluid disturbance and heat transfer review.
Titanium twisted tube can be reviewed as straight tube or supplied in coiled form according to tube size, twist geometry, coil diameter, application and customer drawing.
Suitability depends on tube size, twist geometry, coil diameter, working medium, pressure drop, fouling condition, cleaning method and equipment design. This option should be treated as a specialty tube review, not a default coiled tube specification.
- Confirm straight or coiled delivery form.
- Provide twist geometry, tube OD, wall thickness and coil diameter.
- Confirm working medium, flow condition and pressure drop limitation.
- Review fouling, cleaning method and application environment.
- Provide drawing, sample or existing equipment information whenever possible.
Quality Control for Titanium Coiled Tubes
Titanium coiled tube inspection should review material traceability, OD and wall thickness, coil dimensions, tube surface, tube ends, tightness, NDT, inner cleanliness and packing protection.
| Inspection Item | Purpose | Buyer Notes |
|---|---|---|
| Material Verification | Confirm titanium grade, heat number, chemical composition and traceability. | MTC, PMI and material documents can be reviewed according to order requirement. |
| Dimensional Inspection | Check OD, wall thickness, coil length and tube tolerance. | Important for heat transfer, heating element fabrication, assembly and replacement compatibility. |
| Coil Dimension Review | Check coil ID, coil OD, coil height, coil direction and tube end position. | Critical for unpacking, storage, transportation, installation and equipment assembly. |
| Surface and End Inspection | Review scratches, dents, coil deformation, tube end damage and handling marks. | Titanium coil surface and tube ends should be protected during coiling and packing. |
| NDT Review | Review eddy current testing or other agreed NDT scope. | Eddy current testing should be confirmed according to standard, application and buyer requirement. |
| Pneumatic Test | Review tightness for coil tubing according to agreed requirement. | Pneumatic test requirement should be confirmed before production and quotation. |
| Packing Review | Protect tube surface, tube ends, coil shape and inner cleanliness during shipment. | Spool, bundle, pallet, wooden case, separators and packing photos can be discussed before shipment. |
View Tube Inspection and Quality Control Details
Review GAOFA TECH’s tube inspection and quality control examples, including PMI checking, OD inspection, wall thickness inspection, visual inspection, eddy current testing, pneumatic testing and packing review.
Information Needed for a Titanium Coiled Tube Quotation
A complete RFQ helps confirm titanium grade, tube size, coil length, coil dimension, application, inspection scope, packing method and quotation accuracy. Buyers can also use the Tube Inquiry Checklist before sending technical details.
For heat exchanger, heating element, heat pump, compact cooling, chemical equipment or replacement coil projects, please provide both tube dimensions and coil layout information.
Best RFQ practice: Please send grade, standard, OD, wall thickness, coil length, coil ID / OD, coil height, quantity, application, working medium, temperature, pressure, bending or assembly process, inspection requirement and packing details.
- Titanium grade: Gr1, Gr2 or other grade by confirmed project review
- Applicable standard: ASTM B338 or customer specification
- Outer diameter: 6.0 mm to 25.0 mm or required OD
- Wall thickness: 0.3 mm to 1.5 mm or required wall thickness
- Coil length: 50 to 2000 m/coil depending on tube size and coil specification
- Coil dimensions: coil ID, coil OD, coil height, coil direction and minimum bending radius
- Quantity: number of coils, total meters or annual consumption
- Application: heat exchanger, heating element, heat pump, chemical equipment, compact cooling, seawater cooling or replacement coil
- Working medium, chloride level, pH, temperature, pressure and flow condition
- Downstream process: bending, forming, welding, connection, cutting, assembly or direct installation
- Tube end condition, inner cleanliness, sealing, caps, wrapping or other protection requirement
- Inspection requirement: dimensional, visual, PMI, eddy current, pneumatic or other test
- Packing requirement: spool, bundle, pallet, wooden case, separators or project-specific packing
- Destination, Incoterms and expected delivery schedule
Send Your Titanium Coiled Tube Requirement
Please send titanium grade, standard, OD, wall thickness, coil length, coil ID / OD, coil height, quantity, working medium, temperature, pressure, application, downstream fabrication, inspection requirement, packing requirement and destination. We will review the titanium coil tubing route according to your specification and application.
Titanium Coiled Tube FAQ
What is titanium coiled tube?
Titanium coiled tube is one of GAOFA TECH’s titanium tube supply forms, supplied in continuous coil form instead of short straight lengths. It is reviewed when long tube length, compact routing, fewer joints, corrosion resistance and easier integration into heat transfer or heating equipment are required.
What titanium grades can GAOFA TECH supply for coiled tubes?
GAOFA TECH mainly supplies Gr1 and Gr2 titanium coiled tubes. Other titanium grades or specialty coil forms can be reviewed according to confirmed drawing, application, quantity and production feasibility.
What OD, wall thickness and coil length can be reviewed?
Titanium coiled tubes can be reviewed with OD 6.0–25.0 mm, wall thickness 0.3–1.5 mm and coil length 50–2000 m/coil depending on tube size, coil ID / OD, coil height, packing method and production feasibility.
What standard is commonly reviewed for titanium coiled tubes?
ASTM B338 can be reviewed according to project requirement. Buyers should confirm whether the tube is used for heat exchanger, heating element, chemical equipment, heat pump or special assembly.
Is titanium coiled tube welded or seamless?
For long-length titanium coiled tube projects, a welded titanium tube route is commonly reviewed because it can support thin wall thickness, long coil length and stable dimensional control in suitable specifications. Final suitability depends on working medium, pressure, inspection requirement and customer specification.
When should titanium coiled tube be used instead of straight tube?
Titanium coiled tube should be reviewed when long continuous tube length, fewer joints, compact routing, coil layout or easier equipment integration is required. Straight titanium tube may still be better for tube bundles, machining, fixed-length fabrication or tube sheet assembly.
Can titanium coiled tube be used for heating elements?
Yes, Gr1 and Gr2 titanium coiled tubes can be reviewed for heating element tube applications where corrosion resistance, long tube length, stable wall thickness and forming are required.
Can titanium coiled tube be used for heat exchangers or heat pumps?
Titanium coiled tube can be reviewed for heat exchangers, heat pumps and compact cooling systems where coil layout, long continuous length and titanium corrosion resistance are required. Coil dimensions and operating conditions should be confirmed before quotation.
What is titanium twisted coiled tube?
Titanium twisted coiled tube is a specialty option where the tube geometry is designed for stronger fluid disturbance and heat transfer review. It can be reviewed in straight or coiled form according to tube size, twist geometry, coil diameter, working medium, pressure drop and customer drawing.
What inspection can be reviewed for titanium coiled tubes?
Dimensional inspection, visual inspection, PMI, eddy current testing, pneumatic testing, coil dimension review and packing review can be discussed according to standard and customer requirement.
What information is needed before quotation?
Please provide titanium grade, standard, OD, wall thickness, coil length, coil ID / OD, coil height, quantity, application, working medium, temperature, pressure, downstream process, inspection requirement, packing requirement and destination. You can also use the Tube Inquiry Checklist.
Can titanium coiled tube be supplied with inline bright annealing?
Inline bright annealing can be reviewed according to tube size, wall thickness, production route and order requirement. The final delivery condition should match downstream bending, forming, assembly, heat transfer performance and customer specification.
What should buyers confirm for coil ID, coil OD and coil height?
Coil ID, coil OD and coil height should be confirmed before production because they affect unpacking, installation space, tube handling, transportation protection and packing design. For replacement coil projects, an original coil drawing or photos are helpful.
Can titanium coiled tube be used in seawater or chloride-rich cooling water?
Gr1 or Gr2 titanium coiled tube may be reviewed for seawater, marine cooling or chloride-rich cooling water applications. Final suitability depends on seawater chemistry, temperature, flow velocity, fouling, cleaning method, crevice risk, tube connection design and customer specification.