Heat Treatment

Heat Treatment... picking the right process

To achieve longer equipment life and peak performance of equipment, may mean heat treating the surface or the entire component. To deliver the desired durability and working characteristics relies on selecting the right material and heat-treating process.
We know the right material and process for the job. We employ different processes to produce strong structures and improve the durability and performance of the metals. Heat treatment ensures the metal has the correct hardness for each component we design.

Benefits

  • A range of specialist substrate-oriented outcome-specific processes
  • Experience in matching treatment type to the desired result
  • In-house metallographic laboratory
  • Full-researched and managed programs
  • Skilled operatives

 

Certificates of Conformance and Thermal Cycle Charts are available on request.

Vacuum Heat Treatment for Stainless Steels

Benefits of Vacuum Heat Treatment for Stainless Steels

If you manufacture parts, equipment or machinery for capital-intensive industries (those who rely on their machinery to do their job), you need to assure them your products are durable, easily repairable and extra reliable.  Parts that are exposed to intense heat or abrasive chemicals can degrade quickly, and should they cause equipment to fail, the consequences can include diminished productivity, business downtime and ultimately lost profits. Fortunately, heat treatment can mitigate such risks.

At LaserBond, we offer an extensive range of heat treatments to manufacturers of OEM parts and capital-intensive companies. The industries we serve include mining, construction, industrial, rigging and even aviation, but we can treat stainless steel components for just about anybody who needs to maximise the performance of their machinery. We do all our research and development in-house, and we’ve become renowned for our ability to cater to all requirements.

  • In addition to heat treating, our services and products include:
  • Laser cladding
  • Thermal spray
  • Spray and fuse
  • Machining
  • Welding
  • Surface coating
  • Drilling tools
  • Composite carbide steel mill rolls

Why Stainless-Steel Heat Treating Is So Advantageous

You can feel confident that our vacuum heat treatment will leave a long-lasting effect on the surfaces of your metal components or equipment, which is beneficial because you:

  • Minimise your environmental impact: Because vacuum heat-treated stainless steel is extra durable, your customers can minimise their repair and maintenance requirements. Consequently, they can reduce their carbon footprint by adding years to the lifespan of their heavy equipment while saving money in the process.
  • Reduce business downtime resulting from problematic machinery: Equipment and machinery failures can cost businesses in capital-intensive industries thousands of dollars in downtime. By ensuring your stainless-steel products can put up stiff resistance to corrosion while improving their strength, you can reassure customers that downtime won’t be an issue.
  • Supply customers with quality product: Stainless steel heat treating can help you make your products a cut above the competition. Our heat treatments maximise the lifespan of your parts and equipment, allowing you to supply your customers with high-quality products which won’t let them down.
  • Improve the performance of stainless-steel components: Whether you want to improve the elasticity of your components or toughen the surfaces of your heavy equipment, we have the most suitable method of heat treating for you.

Learn More about Vacuum Heat Treatment

We continually develop and improve our services by utilising the skills of our highly experienced professionals and our range of state-of-the-art equipment. Thanks to having our own advanced metallurgy lab, we’re leaders in R&D innovation and enjoy an enviable reputation. We also commit to contributing to a sustainable environment and always comply with the most stringent safety and quality regulations.

Downloads

en_USEN