Titanium Reactors Application:

Titanium reactors are widely used in the petrochemical industry because of their high temperature resistance, corrosion resistance, good stability, wear resistance and good cleanliness. The founder and engineers of our company have been involved in the R&D and production of titanium equipment in the petrochemical industry since 1975, and summarized the following main uses:
1. Synthetic ammonia production: Titanium reactors can be used in the production process of synthetic ammonia, which can improve production efficiency and product quality.
2. Ethylene production: Titanium reactors can be used in the production process of ethylene and are widely used in the production of plastic products.
3. Preparation of solvents: Titanium reactors can be used to prepare various solvents, which are widely used in chemical reagents, inks, paints, coatings and other industries.
4. Production of polymer compounds: Titanium reactors can be used to produce polymer compounds, which are widely used in plastics, rubber, fiber and other industries.
5. Pharmaceuticals: Titanium reactors can be used in the pharmaceutical industry to produce various drugs and pharmaceutical intermediates.
The above are the main uses of titanium reactors in the petrochemical industry. Titanium reactors have been widely used in the petrochemical industry because of their excellent performance and corrosion resistance.

Titanium Reactors Process:

Since 2001, Changsheng Titanium Co., Ltd. has started to set up the production line of titanium heat exchangers. Today, nearly 25 years of production experience. The production process of the following titanium reactor is summarized:
1. Raw material selection: choose titanium material, generally use titanium plate or titanium composite plate, titanium tube or titanium rod, etc.
2. Processing pretreatment: Pretreatment of raw materials such as titanium plates to remove iron filings and oxides on the surface.
3. Welding processing: Welding processing of titanium plates, etc., and welding according to the drawings to build the main structure of the titanium reactor.
4. Polishing: Polish the surface of the titanium reactor to remove weld marks and burrs, and improve the surface finish of the titanium reactor.
5. Post-treatment: anti-corrosion, anti-corrosion and other post-treatments to increase the service life of the titanium reactor.
6. Quality inspection: inspect the quality of the titanium reactor, inspect the dimensional accuracy, surface finish, etc., to ensure the quality of the titanium reactor.