HC2W-4.0-B-1S Hydraulic Booster

Jielian Technology (Shenzhen) Co., Ltd. offers competitive prices for the Danish miniBOOSTER HC2W-4.0-B-1S hydraulic intensifier. As an imported product with first-hand supply, we welcome inquiries and orders.

Application examples of the Danish miniBOOSTER HC2W-4.0-B-1S hydraulic intensifier are as follows:

I. Clamping Applications

miniBOOSTER is commonly used to operate clamps and support hydraulic cylinders in clamping systems. It utilizes lower mechanical tool hydraulic pressure to generate higher pressure, thereby saving energy and space.

Application areas:

1. Hydraulic cylinders on clamps and latches.

2. Rail clamping during machining.

3. Spindle head clamp release.

4. Tools and clamps on rotating machine tools.

II. Hydraulic Pump Station Applications

miniBOOSTER is often used in high-pressure hydraulic pump stations and operates noiselessly. Equipped with miniBOOSTER, hydraulic pump stations can provide higher flow rates, with maximum pressures reaching up to 3,000 bar.

The cost and noise of the miniBOOSTER system are very low (64 dBa), adding significant value to hydraulic pump stations.

Application areas:

1. Bolt tightening.

2. Nut splitter tools.

3. Torque wrenches.

4. Railway tools.

5. Test rigs.

6. Rescue tools.

7. Workpiece clamping.

III. Offshore Applications

miniBOOSTER is commonly used in casing tongs and ROV tools where compact structure is required, and reliability is critical.

An increasing number of subsystems require high pressures of 350–800 bar.

miniBOOSTER provides a well-proven solution that can be directly installed in applications requiring high pressure.

Application areas:

1. Wellhead control panels.

2. Casing tongs.

3. Drilling tools.

4. ROV tools (cutting, crimping, bolt tightening).

5. Blowout preventers.

6. Downhole safety valves.

IV. Railway Applications

miniBOOSTER is commonly used in railway maintenance operations, providing a cost-effective and reliable method to achieve high pressures of up to 700 bar.

miniBOOSTER can generate high pressure based on existing hydraulic power sources that provide 120–160 bar, making it suitable for: pulling/pushing rail components for welding, lifting, and bending rails.