Many sectors, including those dealing with chemicals, petrochemicals, and oil and gas, use cold cutting. This approach does not Involve heat or flame to cut materials like metal, concrete, or stone. Compared to plasma and torch procedures, cold cutting machine for pipe has several advantages; this page explains those advantages, examines its uses, and breaks down the various cold-cutting technologies available.

Why Cold Cutting Is Beneficial:

There are a number of benefits to cold cutting over more conventional methods:

Maximized effectiveness: Cold cutting saves time and effort since it doesn’t need hand polishing to finish the surface so it can be welded.

There is no need for a hot job permit: By eliminating the need for a hot work permit, cold cutting streamlines the cutting process and reduces paperwork compared to procedures that include heat.

Heat-Affected-Zone-Free (HAZ): By avoiding the creation of a Heat Affected Zone, cold cutting preserves the metal’s structural integrity and avoids changes to its material qualities.

Enhanced security: By not using heat or flame, cold cutting makes the cutting process spark-free, which means there is less chance of explosions and a better workplace overall.

Cold cutting: what are its uses?

• There are several situations in which cold cutting is useful, such as:
• Pipe and pipeline installation, repair, maintenance, and decommissioning.
• Making entry points in areas where working at high temperatures is forbidden.
• Putting old machines out of service.

What are the benefits of using a hydraulic machine for cutting pipes?

The blade of the hydraulic pipe cutting machine is powered by an electrical system and fed by a hydraulic system, allowing the equipment to cut through pipes with ease. Used extensively in the pipe installation and upkeep industries, among others, it is capable of cutting a variety of pipes, including carbon steel, stainless steel, cast iron, and others.

What are the benefits of using a hydraulic machine for cutting pipes?

• Easy to use and understand
• You may customize your cutting plan according to your workplace, and it’s lightweight and simple to transport.
• No further processing is necessary to prevent corrosion during cold extrusion, and the pipe material is not damaged in the process.
• Beveled or chamfered edges are unnecessary; a square cut free of burrs will do.
• Pipe cutting is a completely safe process since it does not produce sparks, dust, or metal chips.
• Easily transportable on wheels, suitable for a variety of pipe sizes
• Suitable for cutting a wide variety of materials; sturdy and long-lasting
• Save money while getting greater benefits

How do you use the hydraulic pipe-cutting machine?

Inactive process:

Begin the idling process and observe the machine’s rotation. Avoid cutting pipe if there isn’t enough hydraulic oil; check the level often.

Position the pipe:

Select the appropriate set of supporting rollers based on the pipe’s dimensions. Position the pipe support so that it covers three-quarters of the pipe. Raise the support to a level where the pipe is horizontal.

Operating the pipe cutter:

In order to bring the blade into contact with the pipe, tighten the relief valve, press the arm rapidly, and shake the handle. To begin cutting the pipe, plug the power cord in, flip the switch to the on position, choose the desired speed, and gently shake the feeding handle. Stop feeding the pipe when it’s almost time to cut it off; once the blade has spun a few times, the pipe will cut itself.