VEVOR Air-Hydraulic Bottle Jack, 20 t, 260–495 mm, Pneumatic/Manual Heavy-Duty Welded Jack with Pump for Cars, Pickup Trucks, Trucks, campers, SUVs, car repairs, and home lifting, blue

Features and Details

Heavy-Duty Lifting
With a lifting capacity of up to 20 t, this hydraulic bottle jack easily lifts trucks, RVs, pickup trucks, and SUVs—perfect for changing tires and performing quick inspections.

Manual and Pneumatic Modes Choose the lifting method that works best for you. Pneumatic mode provides fast and easy lifting with standard quick-connect fittings. No air supply? Switch to manual mode and keep working—whether in the workshop or in the field.

Wide lifting range
. This bottle jack lifts from 260 mm to 495 mm, with an additional 65 mm adjustable screw for precise height adjustment. Easy to use in tight spaces.

Protective Design The aluminum alloy cylinder ensures a tight seal and long-lasting performance. The built-in valve protects against overload, while the oil inlet is securely sealed to prevent leaks. Two springs quickly return the piston to its starting position, ensuring continuous operation.

Wide range of applications
Made of cast iron and carbon steel, this heavy-duty jack is also suitable for agricultural and construction equipment. It works even in extreme heat or cold—the oil doesn’t freeze, the seals don’t swell, and you get only reliable results.

This manual and pneumatic hydraulic bottle jack can reliably lift loads of up to 20 metric tons using hydraulic power. It is suitable for heavy-duty tasks, such as vehicle repair or home maintenance, for lifting trucks, RVs, pickup trucks, and SUVs.

Non-Slip Support The hydraulic bottle jack is equipped with a non-slip support that securely grips the vehicle's contact point, ensuring safer lifting.

Flawless Connection
Our tall bottle-shaped jack is designed with a flawless connection that ensures improved airtightness.

Thick and wide base
This bottle-type jack is designed with a reinforced, wide base to reduce the risk of tilting, tipping over, or base deformation.