Hot Bending Steel | What You Need To Know

Hot bending is a means of creating a curve by implementing a load while the temperature rises. The real benefit of hot bending steel, also known as heat-assisted bending, is that the yield power of the material is reduced when compared to its value at room temperature. Therefore, the machine used to bend hot closed die forging goods must use less force.

Following the application of heat to the member, bending pressure is implemented to the member via a flame, furnace heating, or an induction coil. It may twist the element around predefined shapes, but in most instances, the bending force is supplied by one of the bending methods.

Heat can be applied to HSS participants from the inside or outside. Heat is typically used in the procedure of cambering beams by gag pressing when the beam strength surpasses the machine’s capacity.

What Exactly Is Hot Bending Steel?

Induction turning is an accurate and rapid method of bending pipes. During this process, high-frequency electrical power is used to generate local heating. In addition to tubes and pipes, a hot-bending steel machine can bend structural forms.

The method of bending metal using induction is also called “hot bending” or “high-frequency bending.” Induction bending is the preferred option when collaborating with larger pipe diameters or when cold bending technologies are limited. Since it is hot closed die forging goods, an induction coil is covered around the pipe that’ll be bent.

What’s Good About Hot Bending?

Hot bending generally refers to various types of induction bending. This is a highly effective approach to pipe bending because it is fast, precise, and mistake-free. The induction bending process involves heating a specific point of the pipe so that it can be bent easily. It does not necessitate any filler material and results in minimal distortion. Because of its energy efficiency, many benders have chosen this type.

What Does It Mean By Stainless Steel Fabrication?

Metal fabrication is required when anything needs to be made out of metal, but it can be as simple as using an arc welder and a lightweight cutting torch. Custom stainless steel fabrication is what you need when something is manufactured from metal to more precise dimensions, whether it’s for gentle metal decorations, construction beams, or something in between.

Custom stainless steel fabrication makes use of a diverse set of industrial tools and equipment capable of cutting, bending, rolling, and joining metal into complicated shapes and components. Carbon steel, stainless steel, aluminium, and copper are the most commonly used metals. Because some applications require speciality metals, custom metal fabrication uses metallurgy to identify the best metal for the job.

How Stainless Steel Is Fabricated

Did you know that global stainless steel production was estimated to be just under a million metric tonnes in 2020? This volume of manufacturing demonstrates that stainless steel is a good material for a wide range of applications. Stainless steel is simple to curve, bend, weld, and machine.

Many businesses take raw materials and transform them into custom parts for any project imaginable. Continue reading to learn the fundamentals of stainless steel fabrication and what you must know.

Required Qualifications

Taking raw materials and transforming them into a custom part is a difficult task, and there are a few fundamental skills required before you can consider the final product.

Flame Cutting

This involves the use of a hot torch to cut through bare metal. The flame is created by using a mixture of oxygen and various types of gases through the torch. 

Laser Cutting

Laser cutting, which provides extreme precision, is a relatively new innovation that fabricators have adopted in recent years. Laser cutting enables the fabricator to be extremely precise, cut at faster speeds, and produce the same cut every time.

Friction Sawing

In friction sawing, a circular blade cuts at a much faster rate than traditional saw methods. Instead of cutting away bits of material, the high speed of the blade creates friction heat and softens the material’s surface to the point of melting.

The Advantages of Custom Stainless Steel Fabrication

The stainless steel market is worth a billion. Because of increasing consumer demand, the industry must grow at a percentage of around 6%. With increased demand comes increased opportunity. Consider the following advantages of the stainless steel fabrication process.

  • Simplify the Fabrication 

When you work with experienced people who have the right technology, the stainless steel fabrication approach is simple. One of the primary reasons the process becomes difficult is due to outdated equipment.

  • Sustainability and Efficiency

Almost half of the stainless steel comes from melted scraps. This has a significant environmental impact and can assist businesses in improving their brand image. Using stainless steel is one way of increasing your opportunities for reusing materials and lowering waste.

  • Fire Resistant

One of the primary reasons for stainless steel’s longevity is its resistance to heat. This is a significant safety benefit in environments where flammable materials are stored.

Virginia Canales

Virginia Canales