October 28, 2020
3 MIN READ
When it comes to the heat treatment industry, the market is a challenging one and will likely always be so. Customers who seek out heat treatment services are not usually flush with liquid capital. Their commodities, which are often common steel parts, must sell for commodity prices, and those prices aren’t always as high as you would hope.
If you're looking to improve your rate of return as a heat-treating company, you must attract top quality customers. Here are three key ways to accomplish this goal:
Businesses that are not clean and energy-efficient are unlikely to impress a customer like Lockheed Martin, Boeing, or General Dynamics.
Usually, these companies send a representative to perform a source inspection of your facility before they decide to move forward with a partnership. If they have to walk through a puddle of oil caused by a leaky piston pump, your contract could be in jeopardy. That’s why it’s important to make sure your facility and all its machinery are looking clean and well-maintained before potential customers arrive for an inspection.
Representatives will mostly be looking to see if you have the right capabilities to heat treat their most critical components. These days, that means special alloys, titanium, and titanium aluminide. They might also be considering powdered metal parts, and they will need to know if your facility can handle the debinding and densification steps properly. For a taste of how complex this process can be, check out this article published in Materials (Basel), Debinding and Sintering of an Injection-Moulded Hypereutectic Al–Si Alloy.
Related: There'll be multiple systems (like vacuum pumps) that have strict requirements on hermetic sealing in your industry. Give yourself a head start and prevent any "oil puddles" ever surprising you with the help of our essential guide to The Fundamentals of Leak Detection. Click the button below for more on types of leaks, leak detection methods and more.
When you are preparing for potential client visits, you'll need to look closely at whether your furnaces are able to meet the timing requirements of these more challenging materials. If not, you will need to upgrade your vacuum systems.
1722s and NHS35s furnaces might not be fast enough for more lucrative customers. You'll need to make a choice: upgrade your facility or remain small.
Upgraded pumps can help to increase energy efficiency and help you avoid bureaucratic red tape from the Environmental Protection Agency as well. You can also expect to lower your power bill by 30% to 50%, and reduce spending on diffusion pump oil, vacuum pump oil, and disposal.
There are even more benefits to upgrading your vacuum system, including:
Reaching target pressure on diffusion pumps faster
Pump noise reduction
Minimizing oil changes, oil leaks, and smelly oil smoke exhaust (e.g. with dry compressing vacuum pumps)
Consistent, reliable performance from all your vacuum pumps
These improvements also mean that your maintenance team can prioritize work on the hot zones and other maintenance-intensive equipment in your facility, instead of changing oil on vacuum pumps. Potential customers will take note of the efficiency of your systems and the reliability of your hardware.
Related: We know your business is unique, so we can develop tailor-made solutions for your vacuum engineering tasks. Learn more on our Vacuum Systems product page.
If you’re looking for other ways to up your game, Leybold has top applications engineers who can model your furnace to show you how various options can affect your performance. Contact the team to set up a meeting, or send us your questions.
If you'd like to perform some basic vacuum calculations on your own first, try our LEYCALC software — it's free and easy to use. Click the button below to get started.
Download our e-Book "Fundamentals of Leak Detection" to discover leak detection essentials and techniques.