Product Overview

This aluminum alloy gasoline tank semi‑trailer represents an evolutionary advancement in fuel transport technology, delivering significant advantages over traditional carbon steel configurations through material science progress and engineering optimization. Designed for petroleum product distribution, this tank trailer balances payload efficiency, operational safety, and long‑term durability.

The tank features comprehensive adoption of high‑grade aluminum alloy construction across the tank body, side protection systems, and fluid transfer infrastructure. This material choice achieves approximately 4 tons of weight reduction compared to equivalent carbon steel tankers—a substantial difference that directly translates to increased payload capacity and improved operational economics.

Key Specifications

Key Features

Aluminum Alloy Construction Advantage

• High‑grade aluminum alloy throughout tank body and fluid transfer infrastructure

• Approximately 4 tons weight reduction compared to equivalent carbon steel tankers

• Increased payload capacity without additional vehicle operations

• Improved operational economics per liter transported

Safety Characteristics

• Static dissipation: Aluminum’s electrical conductivity effectively dissipates static charge generated during loading, unloading, and transport operations, reducing ignition risks with volatile petroleum products

• Vehicle dynamics: Reduced dead weight improves braking performance and reduces collision inertia

• Corrosion resistance: Natural oxide layer provides long‑term corrosion protection without protective coatings

• Extended service life: Superior weather and chemical resistance reduces maintenance requirements

Multi‑Compartment Configuration

• Flexible design: 1 to 12 compartments available for different distribution modes

• Product isolation: Simultaneous transport of different fuel grades without cross‑contamination

• Multi‑customer delivery: Single trip can serve multiple delivery points requiring different fuel grades or volumes

• Common configuration: 5‑compartment design with 50,000L total capacity balances product isolation with operational simplicity

Discharge System

• API standard multi‑purpose discharge valve

• Reliable operation with standard refueling infrastructure

• Optimized for gasoline and diesel fuel delivery

• Consistent interface and operating procedures across fuel types

Chassis and Suspension

• Main beam: Q345B carbon steel with proper weight distribution

• Axle options: 2, 3, or 4 axle configurations available

• Mechanical suspension: 90mm × 16mm × 10 layer leaf springs for proven reliability and simple maintenance

• Air suspension: Improved ride quality, load balancing, and lift axle capability; reduces rolling resistance and tire wear during empty/light operations

Landing Gear

• JOST or Holland brand, 28T capacity

• Two‑speed operation for efficient height adjustment across ground conditions

Product Range and Customization

Material Options

• Aluminum alloy: Feature material, lightweight and corrosion‑resistant

• Carbon steel: Lower initial cost, straightforward repairability

• Stainless steel: Maximum corrosion resistance for strict purity standards or aggressive products

Axle and Suspension Options

• Axle brands: FUWA, BPW, Chinese brands

• Suspension types: Mechanical leaf spring or air suspension

• Lift axle: Available with air suspension for fuel economy benefits

Tire Selection

Applications

• Gasoline and diesel fuel distribution from refineries to depots

• Multi‑product retail fuel delivery with compartment isolation

• Long‑distance petroleum product logistics

• Fleet fuel supply operations

• Commercial and industrial fuel distribution

Operational Economics

The weight advantage of aluminum alloy construction directly impacts operational economics. The 4‑ton weight reduction enables additional fuel volume transport without proportional cost increase. Over the tanker’s service life, this payload advantage accumulates into significant economic benefits. Reduced maintenance requirements from corrosion resistance further contribute to lower total cost of ownership compared to carbon steel alternatives. Improved fuel economy from reduced dead weight provides ongoing operational savings.

Frequently Asked Questions (FAQ)

Q1: What is the capacity range of this tanker?
A: The capacity range is 27,000 to 65,000 liters, customizable based on regional regulations and operational requirements.

Q2: How much weight does aluminum construction save?
A: Approximately 4 tons compared to equivalent carbon steel tankers.

Q3: How many compartments can the tank have?
A: The tank can be configured with 1 to 12 compartments.

Q4: Is this tanker suitable for gasoline and diesel transport?
A: Yes, it is designed for gasoline, diesel, and other petroleum products.

Q5: What suspension options are available?
A: Both mechanical leaf spring suspension and air suspension are available.

Q6: What axle brands are offered?
A: Options include FUWA, BPW, and Chinese brands.

Q7: Can the tanker be customized with multiple compartments?
A: Yes, multi‑compartment configurations allow simultaneous transport of different fuel grades.

Q8: How does aluminum compare to carbon steel for tank construction?
A: Aluminum offers weight savings, corrosion resistance, and static dissipation benefits, while carbon steel provides lower initial cost.