Titanium reactors are mainly categorized into three types: pure titanium reactors, composite titanium reactors, and lined titanium reactors, each suitable for different process environments.

Feature Characteristics

Titanium reactors can be used for corrosive experiments. Titanium is inherently reactive but tends to form a passive layer, which is relatively stable, often employed in reactions with corrosive materials.

Due to titanium's high strength-to-weight ratio, excellent heat and corrosion resistance, as well as high fracture toughness, titanium reactors are highly favored in the aerospace, petrochemical, medical, and geological fields.

Titanium reactors are increasingly being applied in civil sectors such as automotive, electricity, and leisure industries. As the use of titanium and its alloys becomes more widespread, their welding properties are gaining more attention from users.