| Tonnaq | 4 |
| Tənzimlənən hündürlük | 500mm |
| Növ | Əl mexanizmi |
| Brend | Kasiburg |
| Qaldırma qabiliyyəti | 4 ton |
| Tətbiq sahəsi | -30 45 ° C |
| Model | JFC34004S |
| Təzyiq | 16 |
| Yükdaşıma qabiliyyəti | 4 ton |
Kasburg is a professional auto maintenance tool brand under Baolong Technologies. Both the JFC34004S and JFC34004S-EV are 4-ton low-profile hydraulic floor jacks with dual pumps for fast lifting, suitable for professional tire shops, comprehensive repair garages and 4S dealerships.
All models come standard with a dual hydraulic pump fast-lift mechanism, ultra-low-profile body, thickened integrated steel plate, overload safety relief valve, 360° swivel casters and anti-slip rubber lifting saddle. They deliver labor-saving lifting performance and strong undercarriage protection, featuring outstanding durability and stability for frequent tire replacement and repair work.
1. JFC34004S Standard Version for Conventional Fuel Vehicles
Applicable Models
Fuel sedans, fuel SUVs and light off-road fuel vehicles, designed for comprehensive auto repair shops, community tire stores and bulk wholesale outlets.
Configuration Features
Standard-sized rubber lifting pads matching regular chassis lifting points of fuel vehicles;
Balanced self-weight of the unit for easy movement and storage, meeting basic daily demands including tire replacement and chassis inspection & maintenance;
High cost performance and wide compatibility covering all mainstream fuel vehicle models on the market, serving as the core high-volume model for stores.
2. JFC34004S-EV Upgraded Version Dedicated to New Energy Electric Vehicles
Custom-made for all battery-electric and hybrid new energy vehicles equipped with underbody battery packs (Tesla, BYD, NIO, XPEV, etc.), solving lifting challenges brought by heavier curb weight, aluminum chassis guards and protruding battery packs of electric vehicles.
Exclusive Upgraded Configurations (Core Differences from the Standard Version)
Widened, thickened and lengthened lifting pads: larger contact area to disperse overall vehicle weight pressure and prevent deformation of EV-specific lifting protrusions and battery guards;
Widened base span: widened unit base with optimized anti-tilt structure to accommodate the heavier curb weight of electric vehicles, delivering more stable lifting performance with reduced risks of slipping or tipping over;
Reinforced cylinder and dual pump assembly: improved pressure tolerance margin of the hydraulic system to handle the heavier curb weight of new energy vehicles without pressure loss during long-term lifting operations;
High-hardness wear-resistant rubber mats: scratch and corrosion resistant to avoid scratches on aluminum chassis and underbody battery guards of electric vehicles;
Optimized chassis clearance and lifting stroke tailored to the chassis structure of mainstream new energy vehicles, eliminating interference and collision risks with battery pack positions.
