Design Features
Optimized for Powder Tanker Design
To maximize cargo capacity while adhering to the 49-ton weight limit and ensuring safety, vehicle weight reduction is essential. This includes lightweight tractors, trailers, and power systems.
Significant Weight Reduction for Powder Tankers
With limited scope for further weight reduction in tractors and trailers, powder tanker semi-trailers now utilize steel-aluminum hybrid or full-aluminum structures. The key to further lightweighting lies in the power system. Traditional air compressors have reached their weight reduction limits, necessitating a revolutionary structural redesign to meet lightweight demands.
Key Features and Benefits
Efficient and Low-Cost Operation
Our air compressor features a continuous airflow design, eliminating interruptions and dead zones. It delivers high-volume airflow with minimal power consumption, making it one of the most cost-effective machines for powder material transfer on the market. Calculated per cubic meter, it offers low operating costs and is virtually maintenance-free.
High Displacement, Ultra-Lightweight
Powered by the main vehicle’s PTO, this compressor eliminates the need for a diesel engine, weighing only 130 kg. Its lightweight design simplifies installation, saves time and effort, and significantly reduces the vehicle’s overall weight.
Exceptional Reliability
Each unit undergoes rigorous high-pressure testing to ensure quality. The low-pressure output ensures tank safety, minimizing the risk of high-pressure failures and enhancing operational safety.
Stable Performance and Long Lifespan
With stable operation and stringent factory testing, this compressor boasts a lifespan of 8–10 years—three times that of traditional piston compressors. Designed without wear-prone components, it offers peace of mind and reliability.
Low Maintenance Costs
The continuous airflow design ensures efficient operation with low power requirements. This results in one of the lowest operating costs in the powder material transfer market, with minimal maintenance needs, reinforcing its cost-effectiveness.
