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Dual Axle 33m³-38m³ High-Tensile Carbon Steel Oil tanker Trailer for Fuel Distribution
| MOQ: | 1 |
| Price: | $9,000/pieces 1-9 pieces |
| Standard Packaging: | Wooden box |
| Delivery Period: | 30 |
| Payment Method: | T/T,L/C |
| Supply Capacity: | Meet large-scale orders |
Dual Axle Oil Tanker Trailer
,High-Tensile Carbon Steel Tank Semi Trailer
,33m³-38m³ Fuel Distribution Trailer
The 33m³ to 38m³ Fuel Tanker Semi-Trailer serves as a vital mid-to-large scale transport solution in energy logistics. Engineered with High-Tensile Carbon Steel, this dual-axle tanker is specifically optimized for the efficient distribution of diesel, gasoline, and light oils across regional networks, balancing maximum payload with superior maneuverability.
The tank's integrity forms the foundation of safety. Utilizing Q235B or Q345R high-tensile carbon steel, the tank body is manufactured using automated longitudinal and circumferential welding processes. This ensures a seamless, high-strength structure capable of withstanding the dynamic stresses of long-haul transportation.
- Optimized Payload: With a capacity range of 33,000L to 38,000L, this trailer maximizes delivery volume per trip, significantly reducing operational costs for fuel distributors.
- Safety Internal Architecture: The tank is equipped with multi-stage anti-wave baffle plates, which effectively minimize liquid surge during braking and turning, ensuring vehicle stability.
- Dual Axle Configuration: Designed for regional routes where agility is required, the dual-axle system provides excellent load distribution and reduced tire wear compared to heavier tri-axle units.
Safety in fuel logistics is non-negotiable. This tanker is built to comply with ADR and ISO standards, featuring comprehensive safety systems.
- Emergency Cut-off Valves: Pneumatic bottom valves that automatically seal in the event of an accident
- Vapor Recovery System: Reducing environmental impact and ensuring safe loading/unloading operations
- ABS/EBS Braking Systems: Providing precision control under heavy load conditions
