Steel-lined plastic chemical equipment and storage tanks are indispensable and important basic equipment in industries such as petrochemicals, food, fire protection, transportation, metallurgy, and more. They are always present in our economic life.

Cannot do without various sizes of corrosion-resistant storage tanks, chemical storage tanks, which play an indispensable role in the development of the national economy. The products are widely applicable to chemical, biological, dye, metallurgy,

Rare earths, machinery, electricity, electronics, environmental protection, textiles, brewing, food, aviation, water supply, and drainage industries.
Caution for steel-lined plastic chemical equipment usage:
1. When storing high-resistance organic solvents in anti-corrosion tanks (storage tanks), static electricity prevention equipment should be installed.
2. Anti-corrosion storage tanks should prevent intense impacts and bumps to the main body of the equipment during the manufacturing process.
3. Full plastic flanges, being softer than steel plates, require that users inspect the sealing function of the storage tank equipment before use. A liquid test can be conducted to check for leaks. Storage tanks (vessels) for containing chemical liquids.

First, test for leaks with water to prevent any loss.
4. Corrosion-resistant tanks are at room temperature and atmospheric pressure. The steel-plastic composite tanks are used at temperatures ranging from -40℃ to 98℃, while the polyethylene all-plastic tanks are suitable for temperatures between -40℃ and 60℃.
5. Tanks (Storage Tanks) must be clearly labeled when storing chemicals. The area where tanks are placed should be equipped with a drainage trench and dilution equipment.
6. It is necessary to open the vent for equipment filling and discharge to prevent damage due to pressure.
7. Equipment should be used in an environment away from vibration sources and prevent contact with open flames.
8. If there are pipes with joints or flanges at the bottom of the storage tank, they must be perpendicular to the barrel wall. Soft joints should be used to prevent uneven expansion of the barrel wall from top to bottom after the liquid is filled, which may damage the joints.

Causes leakage, and in severe cases, damages the joints and drum body.
9. When the liquid inlet is high above the tank bottom, the inlet should bend towards the tank wall to allow the liquid to flow down along the wall, reducing the impact on the bottom.
10. Piping and accessories connecting to the equipment should be prevented from exerting their weight directly on the equipment. During lifting, the receiving points and manholes on the equipment must not be used as anchor points.
11. The receiver on the equipment should be equipped with acid-resistant gaskets and sealed properly; gaskets should be replaced in a timely manner.
12. The installation, operation, and protection of equipment should comply with relevant national regulations.