Material & Workmanship
- High-quality materials: Inner layer uses high-strength, corrosion-resistant steel; outer layer uses carbon steel or stainless steel.
- Quality standards: Materials must meet standards, free from impurities, cracks, and other defects.
- Weld inspection: Welds should be smooth and dense, without missed welds or weak welds.
- Sealing integrity: Sealing strips at joints must be tightly fitted for optimal performance.
- Structural form: Overall shape should be regular, without deformation or unevenness.
- Durability factor: Material and workmanship directly determine the tank's foundational durability.
Leak Prevention & Monitoring
- Structure verification: Double-layer gap structure must have uniform gaps and good sealing performance.
- System sensitivity: Leak detection system should quickly detect even minor leaks with clear alarm notification.
- Component integrity: Valves, interfaces, and other components must withstand rated pressure without leakage.
- Reliable monitoring: High-quality systems operate stably 24/7 without false alarms or missed alerts.
- Pressure testing: All components should be tested under rated pressure conditions to ensure integrity.
- Long-term reliability: Monitoring systems must maintain accuracy and responsiveness throughout service life.
Compliance & Certification
- Quality reports: Products must have quality inspection reports from authoritative institutions.
- Standard compliance: Must comply with international and local environmental and safety standards.
- Manufacturer qualifications: Check for complete production qualifications and certifications.
- Clear labeling: Tank body must clearly label material, rated capacity, and service life parameters.
- Risk avoidance: Products without qualifications or vague parameters pose compliance risks.
- Safety assurance: Proper certification ensures long-term quality and safety performance.
Structure & Adaptability
- Structural stability: Observe overall stability with reasonable pressure and seismic resistance design.
- Environmental adaptation: Must adapt to environmental requirements of target use scenarios.
- Material specifications: Inner steel layer thickness must meet standards; outer anti-corrosion layer should have strong adhesion.
- Design considerations: Installation interface design should be scientific, adaptable to various fuel supply equipment.
- Maintenance accessibility: Should include reserved space for maintenance and service access.
- Long-term suitability: Must have good resistance to temperature changes and media corrosion for extended use.