Structure type: tubular, strong pressure resistance, suitable for high temperature and high pressure environments;

Structure type: Plate type, with a 15% -20% increase in heat transfer area per unit volume;

Cooling medium: liquid cooling type, corrosion-resistant fluid circulation;

Cooling medium: air-cooled type, compact and lightweight, suitable for space limited scenarios.

Brand: TA2, TC4, TA10, Ti-3Al-2.5V.

1. Material preparation: Vacuum consumable arc furnace melting is used to control impurity content<0.1% and ensure titanium purity;

2. Molding process:

Pipe processing: Combining hot extrusion with cold drawing technology to achieve a titanium pipe wall thickness tolerance of ± 0.1mm;

Plate stamping: Hydraulic forming technology is used to manufacture corrugated plates, which enhances the heat transfer area and fluid turbulence intensity;

3. Welding technology: explosion welding or laser welding, ensuring that the connection strength between the titanium tube and the tube plate reaches more than 90% of the base material;

4. Surface treatment: anodizing or sandblasting process to enhance corrosion resistance and surface adhesion.

Corrosion resistance: Extend the service life of chlor alkali equipment to over 15 years

High temperature strength: suitable for high-temperature cooling cycle of aircraft engines

Lightweight: Reduce energy consumption of ships and vehicles by 10% -15%

Low temperature toughness: ensuring the safe operation of LNG transportation equipment

Chemical energy: PTA production plant, catalytic reforming reactor

Ocean engineering: seawater desalination system, deep-sea mining platform

Aerospace: Aircraft engine cooling, rocket fuel pre cooling

New energy: thermal management of hydrogen fuel cells, temperature control of vanadium flow batteries