Titanium Coiled Tube for Heat Exchanger (ASTM B861)

Titanium coiled tubes manufactured according to ASTM B861 are widely used in heat exchanger systems due to their excellent corrosion resistance, high strength-to-weight ratio, and superior heat transfer performance. Formed into continuous coils, these tubes provide increased surface area, enabling enhanced heat exchange efficiency.

Titanium seamless coiled tubes are ideal for applications involving corrosive fluids, seawater, brine, chlorides, high temperatures, and demanding industrial environments. Their seamless structure ensures uniform wall thickness, high-pressure resistance, and long service life, making them suitable for both heating and cooling processes.

Inside a heat exchanger, fluid flows through the titanium coils and exchanges heat with another medium, achieving efficient thermal transfer with minimised energy loss.

Chemical Composition & Mechanical Properties

Mechanical Properties

Chemical Composition (wt%)

Titanium Content: Balance

Applications of Titanium Coiled Tube for Heat Exchangers

Titanium coiled tubes are extensively used in industries requiring corrosion resistance, durability, and efficient thermal transfer.

Aerospace

Hydraulic systems

Fuel lines

Exhaust systems

Landing gear components

Petrochemical & Oil/Gas

Oil & gas pipelines

Offshore heat exchangers

Cooling/heating coils in refineries

Chemical Processing

Reaction vessels

Condensers & evaporators

Corrosive fluid piping systems

Medical Industry

Titanium Gr1 coiled tubes for implants

Prosthetic components

Surgical equipment

Food & Beverage Industry

Heat exchangers in processing plants

Sanitary piping

Storage tanks exposed to acidic fluids

Advantages of Titanium Coiled Tubes

Exceptional corrosion resistance (chlorides, seawater, acids)

Lightweight with high mechanical strength

High temperature resistance

Excellent thermal conductivity

Seamless coils = fewer welds → greater reliability

Long service life and reduced maintenance cost