Our premium LNG Fuel Tanks are engineered for high-performance vehicle applications, providing a safe, efficient, and sustainable storage solution for Liquefied Natural Gas. Designed to meet stringent industrial standards, these tanks utilize advanced thermal insulation and high-strength materials to ensure minimal boil-off and maximum fuel stability during transit.
Whether for heavy-duty trucking, public transportation, or specialized industrial fleets, our LNG storage solutions optimize payload capacity and extend driving ranges. By integrating precision engineering with rigorous safety testing, we deliver fuel tanks that reduce carbon emissions while lowering operational costs for the modern green energy infrastructure.
| Water Volume (L) | 175 / 335 / 450 / 500 / 1000 / 1350 | ||
|---|---|---|---|
| Working Pressure (Bar) | 16 (Standard) / 14.5 (1350L) | ||
| Liquid Filling Cap. (Kg) | 67 / 128 / 172 / 192 / 383 / 448 | ||
| Tank Weight (Kg) | 136 / 209 / 248 / 265 / 495 / 580 | ||
| Application Range | LNG Vehicles / Heavy Duty Trucks |
Built with high-grade materials to withstand extreme pressures and impacts, ensuring safe cryogenic storage.
Advanced vacuum insulation technology minimizes fuel loss, enhancing efficiency for long-haul trips.
Engineered for the best strength-to-weight ratio to maximize vehicle payload and fuel economy.
Multiple volume options from 175L to 1350L to suit various vehicle chassis and space requirements.
Specialized surface treatments protect the tank from harsh environment and industrial chemicals.
Supports the transition to Green Energy by enabling clean LNG propulsion in commercial transport.
Easily integrate fuel tanks into existing fleet management systems for seamless operation.
Compatible with real-time pressure and level sensors for precision fuel tracking.
System notifications for maintenance intervals and pressure limit warnings.
Ensure your vehicle fleet meets international cryogenic transport standards.
Efficiently manage spare parts and tank replacements across multiple sites.
Analyze fuel consumption patterns to optimize routing and cost efficiency.
| Feature | Traditional Diesel Tank | Advanced LNG Tank |
|---|---|---|
| Fuel Cost | High Volatility | Significant Reduction |
| Carbon Emission | High CO2/NOx | Ultra Low Emission |
| Maintenance | Frequent Engine Care | Specialized Cryogenic Care |
| Fuel Efficiency | Standard | High Energy Density |
| Environmental Impact | High Pollution | Green Energy Compliant |
Most of our tanks operate at a working pressure of 16 Bar, while the high-capacity 1350L model is designed for 14.5 Bar to balance volume and safety.
Vacuum insulation creates a thermal barrier that prevents external heat from entering the tank, thereby significantly reducing the boil-off rate of the liquefied gas.
Yes, we offer a wide range of capacities from 175L up to 1350L to ensure a perfect fit for various chassis and industrial vehicle configurations.
We use high-strength, cryogenic-grade alloys that maintain structural integrity at extremely low temperatures, preventing brittle fracture.
LNG typically offers lower costs per energy unit compared to diesel, and using our efficient tanks minimizes waste, leading to a lower total cost of ownership.
Our tanks are manufactured under strict quality control protocols and meet global standards for the transport of pressurized liquefied gases.
