Titanium Coil for Chemical Industry - Acid and Alkali Resistant

Product Overview

Reviewed and maintained by the Engineering Team, Shaanxi Qianyi Tuoda Technology Co., Ltd.

Material Performance

Chemical titanium coil has excellent corrosion resistance, which can withstand dilute sulfuric acid, hydrochloric acid, alkali liquor, salt solution and chlorinated chemical medium for a long time, effectively preventing pitting corrosion, crevice corrosion and medium penetration pollution. The material has stable mechanical property, high tensile strength and good toughness, and is not easy to deform and crack under cold and hot cycle conditions. The pipe wall is smooth and not easy to be blocked by scaling, the heat exchange efficiency is durable and stable, there is no metal precipitation, and the chemical materials are not polluted.

[ Process structure ]

The whole seamless titanium pipe is bended and formed integrally to reduce welding joints and eliminate chemical medium leakage from the root; Uniform bending radian and regular arrangement of coils effectively increase the heat exchange contact area and improve the heat exchange efficiency. Standard groove design of pipe orifice, applicable to welding, flange and other installation methods. Pressure leak detection shall be carried out one by one before delivery to eliminate sand holes and microcracks. The structure is stable and can meet the 24-hour continuous operation requirements of chemical equipment.

[ Application field ]

1. Chemical reaction

: heating, cooling and heat exchange system of acid-base reactor, agitator and reactor;

2. Waste water treatment

: chemical salty waste water, acid and alkali waste liquid cooling, concentration and heat exchange equipment;

3. Fine chemical industry

: anti-corrosion, heat exchange and temperature control equipment for reagent, dye and coating production;

4. Petrochemical light industry

: cooling coils for brine, inorganic salt solution and corrosive fluid;

5. Anti-corrosion heat exchange

: replacement accessories for strong corrosion heat exchange conditions that various stainless steels are not competent for.