100 Ton Manual Screw Jack

The 100-ton high-quality mechanical screw jack features a 452mm minimum height and 200mm lifting stroke. Built for durability and ease of use, this heavy-duty jack provides a reliable and economical choice for lifting and positioning heavy loads.

Specifications

• Model: T-HT8432-100T
• Capacity (Load): 100 ton
• Jack Length: 452mm
• Total Length: 652mm
• Minimum Altitude: 452mm
• Lifting Height: 200mm
• Weight: 63.5kg

Features

• Integrated body structure ensures high stability during lifting.
• The red line indicates the maximum jacking height; exceeding this height is prohibited.
• Multi-layer primer baking, resistant to paint peeling, corrosion, and rust.
• Lightweight design, easy to transport and operate.
• Not suitable for automotive use or long-term support.
• The thread should be kept clean and lubricated for smooth operation.
• Overloading is strictly prohibited to ensure safety.

Details

1. The cast iron top cover: Quenched for durability and reliability.
2. The jacking sleeve: 45# stainless manganese steel is used to achieve durability.
3. The integrated cast iron: Forged for a high safety coefficient.
4. The handle: A handle of humanized design, which is easy to carry.
5. The ratchet wheel: Being engaged securely, it is not easy to fall off.
6. The base: The base, which has a larger thickness, ensures stable operation.
7. The control handle: The pinion in the rocker bar moves freely and stably, which provides ease in operation.

Use Methods

3.2T-25T:

For small-tonnage jacks, when lifting, the control cylinder needs to be lifted and rotated 180°, and when lowering, the cylinder should be lifted and rotated back to its original position.

32T-200T:

For large-tonnage jacks, when lifting, simply press the control cylinder to the other end. When descending, simply return the cylinder to its original position to complete the descent.

Tips for Using a Screw Jack

• Before lifting a heavy object, ensure the jack is placed upright to avoid screw bending and potential accidents.

• When operating, shake the handle with a steady, even force to prevent impact damage and ensure safe use.

• Do not exceed the jack’s rated load capacity, as overloading can easily cause accidents.

• The lifting height must stay within the marked line on the sleeve or piston; if unmarked, it should not exceed three-quarters of the total screw or piston height to prevent parts from coming loose and damaging the jack.

• Before lowering the load, confirm that it is securely supported, then release the jack slowly to guarantee safety.

• Apply grease for lubrication during storage to reduce wear and extend the jack’s service life.

Applications

Mechanical screw jacks are widely used in heavy load lifting scenarios, especially where precise positioning is required. This 20 ton jack is suitable for building support and foundation work, bridge construction and reinforcement, railway construction and maintenance, as well as material handling in manufacturing and workshops.

Tips: What are some common applications of screw jacks?

1. Industrial Machinery: Screw jacks are integrated into equipment like conveyor systems, assembly lines, and material handling machines to provide reliable lifting and positioning.
2. Construction: They play a key role in raising bridge decks, supporting buildings, and handling heavy equipment during construction and maintenance operations.
3. Aerospace: In aviation, screw jacks are applied to tasks such as extending and retracting landing gear and other aircraft mechanisms.
4. Entertainment: Stage productions use screw jacks to move scenery, adjust lighting rigs, and position sound equipment with precision.
5. Agriculture: Farming machinery such as grain elevators and feeders often relies on screw jacks for dependable lifting and adjustment.
6. Marine: In shipbuilding and maintenance, screw jacks are employed for lifting and lowering vessel components safely.
7. Renewable Energy: They are also found in clean energy systems, including solar panel trackers and wind turbine mechanisms, where accurate positioning is essential.