VEVOR 20-metric-ton hydraulic bottle jack with a lifting range of 225–435 mm; a heavy-duty welded jack for cars, SUVs, pickup trucks, car repairs, lifting buildings, and agricultural machinery; orange

Features and Details

Stable lifting: This hydraulic bottle jack, with a lifting capacity of up to 20 metric tons, is suitable for cargo vans, campers, pickup trucks, and SUVs. It is ideal for changing tires, performing quick inspections, and lifting agricultural machinery and construction equipment.

Wide lifting range: This high-lift bottle jack provides a lifting range of 225 to 435 mm. An additional 60 mm of adjustable screw travel allows for precise height adjustment, which is especially useful in confined spaces.

Easy to use: It doesn't take much effort—use the two-piece handle and the sliding pump to lift the load. To lower the load, slowly turn the valve counterclockwise to ensure a safe descent. After lifting, always use support stands to secure the load.

Safe and leak-free: This compact bottle jack is made of durable materials and features a stable support. The built-in safety valve helps prevent overloading, while the welded body with a rubber seal on the oil port prevents leaks over the long term.

Compact and portable: Compact and lightweight, this heavy-duty jack fits easily in a car's trunk or garage. Ready to use anytime, anywhere—no compressor or power source required.

This hydraulic bottle jack with manual pumping provides stable lifting up to 20 metric tons without the need for electricity or compressed air. It’s a reliable choice for heavy-duty tasks at home, in the garage, or on the driveway.

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

High-Strength Construction Our high-capacity bottle jack is made of durable, high-strength materials, ensuring better airtightness and load-bearing capacity.

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