1
Isolating Corrosive Media and Protecting the Tank's Inner Wall
- The core function of internal coating is to isolate corrosive media, creating a protective barrier for the tank's inner wall.
- Moisture, impurities, and corrosive substances in fuel can directly erode steel; coating prevents direct contact with these substances.
- Effectively avoids rust, pitting, and other problems during long-term fuel storage or complex operating environments.
- Maintains the integrity of the inner wall by resisting various forms of corrosion.
2
Purifying Fuel Quality and Preventing Secondary Contamination
- Coating helps purify fuel quality by preventing impurities from the inner wall from contaminating the fuel.
- High-quality coating has a smooth surface, reducing adhesion and accumulation of impurities in fuel.
- Strong chemical stability prevents dissolution or peeling due to prolonged fuel contact, avoiding debris in the fuel system.
- Ensures fuel purity and reduces wear on downstream components like engines, maintaining normal system operation.
3
Enhanced Structural Stability and Reduced Wear Damage
- Internal coating enhances the structural stability of the fuel tank, reducing wear damage during use.
- Forms a buffer layer against continuous fuel sloshing erosion during vehicle operation.
- Fills in minor imperfections on the inner wall, preventing stress concentration.
- Enhances the tank's resistance to deformation, further ensuring structural stability.
4
Extended Service Life and Reduced Maintenance Costs
- Internal coating significantly extends service life and reduces maintenance costs through comprehensive protection.
- Effectively protects the inner wall and reduces rust and wear, slowing down the aging process.
- Reduces frequency of repairs and replacements due to tank deterioration.
- Minimizes fuel system malfunctions from contamination or wear, saving operating costs and improving cost-effectiveness throughout the lifecycle.