High Temperature Resistance Titanium Coil Heat Exchanger for Oil and Gas Industry

Place of Origin CHINA
Brand Name CSTY
Certification ISO9001:2015
Minimum Order Quantity 10kgs
Price $110.00 - $150.00/ Piece
Packaging Details film and wooden case,carton Packaging can be according to customer requirements.
Delivery Time 15~20 work days
Payment Terms L/C, T/T, Western Union, MoneyGram,Paypal
Supply Ability 5000 Kilogram/Kilograms per Month

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Product Details
Coils Surface Acid Washing Surface Application Oil And Gas Industry
Chemical Composition Ti, Al, V, Fe, O, C, N Surface Treatment Polished
Sample Bespoke Samples As Client's Request Dimension Custom Size
Temperature Resistance High Length Customized
Keyword Titanium Coil Tubing Coil Diameter 9.52mm To 80mm
Corrosion Resistance Excellent Tube Diameter 8mm To 114mm
Diameter 9.52mm To 80mm Product Welded Titanium Spiral Tube
Titanium Tube Size OD9.52/12.7/16/19.05/25.4/38.1mm,etc.
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Titanium Coil Heat Exchanger

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High Temperature Resistance Titanium Coil

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Product Description

Description

 

Titanium tube coils are commonly used in heat exchangers that require superior corrosion resistance and excellent thermal conductivity. The coil is typically made from a long, continuous titanium tube wound into a spiral or helical shape.

Manufactured in accordance with ASTM B338 / ASME SB-338, titanium tube coils are widely used in the fabrication of tubular heat exchangers. Tubular heat exchangers—also known as shell and tube heat exchangers—include double-pipe, shell-and-tube, and coiled-tube types. Among these, coiled tube heat exchangers are the most widely used in petrochemical production due to their compact structure and efficient heat transfer performance.

Specification

Item Description
Product Name Titanium Tube Coil
Material Grades TA1 (Gr1, BT1-00), TA2 (Gr2, BT1-0), TA9 (Gr7), TA10 (Gr12)
Coil Diameter Outer Diameter (OD): φ200 – 3000 mm
Tube Size OD 9.52×0.6 / 12.7×0.9 / 16×0.9 / 19.7×1 / 25×2 mm (seamless or welded)
Other Components Channels (heads), tube sheets, baffles, tie rods & spacers, pass partition plates, expansion joint (when required)
MOQ 1 set
Working Conditions Refrigerant side (in tube): R22, R134a, R407C, R410A, etc. Water side (in tank): Natural water, drinking water, seawater, etc.
Applications Chemical industry, petroleum, metallurgy, power generation, seawater desalination, and more

Main Components

  1. Titanium Tubing
    The primary component of the coil, made from high-quality titanium to ensure superior corrosion resistance, high strength, and thermal conductivity.

  2. Header
    Directs the flow of fluids into and out of the coil. Typically made from stainless steel or titanium for high pressure and corrosion resistance.

  3. Tube Sheet
    A metal plate that supports and seals the tubes to the header. Made from stainless steel or titanium for durability and chemical resistance.

  4. Baffles
    Metal plates are positioned to guide fluid flow and enhance heat transfer efficiency.

  5. Support Structure
    Holds the coil securely in place and prevents vibration during operation. Constructed from durable materials such as steel or aluminium.

  6. Fittings and Connections
    Used to connect the coil with the header and other components of the heat exchanger. Usually made from corrosion-resistant stainless steel or titanium.

Features & Benefits

Excellent corrosion resistance in seawater and chemical environments

High thermal conductivity for superior heat transfer

Lightweight yet high-strength structure

Long service life and low maintenance cost

Suitable for a wide range of working fluids and pressures

Applications

Titanium tube coils are widely used in:

 

Chemical and petrochemical processing

Power generation and condensers

Seawater desalination and marine systems

Chlor-alkali and salt production plants

Metallurgical processes

Food and pharmaceutical industries

Aerospace and medical heat transfer systems

 

They are also applied in the production of titanium powder, glycine, pesticides, fuel additives, and various chemical intermediates such as cyanuric acid, diaminocyanuric acid, and tricyanuric acid.