|Capillary tube||OD (0.05-3mm) xWT (0.015-0.5mm) xL2000mm|
|Rolled seamless pipes for heat exchangers and condensers||OD (3-114mm) x WT (0.2-5.0mm) x L15000mm|
|Extruded seamless pipe||OD (60-320mm) xWT (5.0-300mm) xL9000mm|
|Grade||gr1 gr2 gr3 gr5 gr7 gr9 gr12 gr23|
|Tube section shape||Circular (titanium round tube), rectangular (titanium rectangular tube), square (titanium square tube)|
Heating of titanium tube blank. It is heated in a heating furnace, and after being discharged, it is generally sent to the perforation process through thermal centering.
Perforate the solid tube blank into a hollow tube blank, and the uniformity of the inner and outer surface quality and wall thickness of the capillary will affect the quality of the finished product
Preparation of titanium tube blanks. This includes the storage of titanium tube blanks, tube blank inspection and surface cleaning, tube blank cutting, and tube blank cold centering.
Pipe rolling, which thins the perforated capillary tube to achieve the required thermal size and uniformity of the finished product, is the main extension process of pipe rolling. The pipe after this process is called raw pipe.
Sizing and reducing. Sizing is the final finishing process of the tube blank, which enables the tube blank to obtain the required outer diameter thermal size and accuracy for the finished tube. Reducing is the process of reducing the diameter of a large pipe to the required size and accuracy, and is also the final finishing rolling process.
Titanium seamless tube finishing, inspection, packaging and warehousing. The rolled titanium tubes will be acid pickling treatment first, followed by surface and size inspection, eddy current and ultrasonic testing, expanding and flattening tests, and mechanical property testing. If there are no problems, they will be sent to the warehouse, packaged, and shipped. The packaging is export wooden boxes.
Industrial use: ASTM B338, ASTM B337, ASTM B861
Medical: ASTM F67, ASTM F136
Due to their excellent corrosion resistance, light weight, and high strength, seamless titanium tubes are widely used in the production of heat exchangers in seawater desalination, chemical plants, and the power industry, such as tubular heat exchangers, coil heat exchangers, condensers, evaporators, etc.
Titanium tubes have a hollow cross-section and are often used as pipelines for transporting fluids (gr2, gr7, gr12 titanium pipes), such as pipelines for transporting oil, natural gas, gas, water, and certain solid materials.
Widely used in the production of layout parts and mechanical parts, such as petroleum drill rods (GR5 titanium tubes), automotive transmission shafts, bicycle frame processing (GR9 titanium tubes), as well as gun barrels, barrels, etc., all require seamless titanium tubes for production.
Titanium tubes have good biocompatibility and are used to replace medical devices such as human tissues, such as joint replacement surgery, cochlear implants, artificial heart valves, and can also be used as scaffolds in vascular and cardiac bypass grafting.