Our GLL dual chamber air supercharger breaks through the physical limitations of the traditional single-chamber structure, and realizes refined control of air pressure regulation through the intelligent collaboration of two independent air chambers.
Dynamic response improved by 50%: Our GLL dual chamber design allows independent inflation and release. In frequent braking scenarios (such as downhill in mountainous areas), the brake chamber pressure can be instantly replenished to avoid the risk of braking delay.
Energy consumption optimized by 30%: Our GLL dual chamber air supercharger intelligently distributes the air chamber workload, reduces the number of air compressor start-up and stop times, and extends the life of the equipment. Actual measured data shows that in long-distance transportation, Our GLL supercharger reduces fuel consumption by about 0.8L/100km compared with the single-chamber system.
Our GLL dual chambers Air Booster is deeply adapted to global trailer standards (such as ISO and DIN) to ensure that Air Booster covers more than 98% of trailer types:
Modular design: provides a variety of interface configurations to support fast docking of American and European trailer brake systems.
Wide pressure adjustment: The output pressure range covers 0.5-12bar, which is suitable for special air pressure requirements such as cold chain transport vehicles and dangerous goods tankers.
Extreme cold environment certification: Passed the -40℃ low temperature test to ensure stable operation in severe cold regions such as Russia and Northern Europe.
Our GLL dual chamber air supercharger has passed TS16949 automotive-grade certification and 50,000-hour salt spray test. Key components are:
Aviation aluminum: lightweight design reduces vehicle weight and increases cargo capacity.
Double seal ring structure: eliminates gas line leakage, and the failure rate is lower than the industry average of 92%.
Lifetime maintenance-free bearings: self-lubricating materials are used to reduce maintenance costs by 60%.
Our GLL dual chambers air supercharger can adapt to different road conditions. On highways, its quick response and strong braking force can ensure the safe driving of the vehicle; on mountain roads, it can cope with frequent braking and starting operations to ensure the controllability and safety of the vehicle; on urban roads, it can adapt to congested traffic conditions and reduce the wear and failure rate of the braking system.
