Are you looking to build a new product using metal but you need it to be especially durable? Do you need specific properties like the ability to withstand high temperatures for an extended amount of time? Hi-temp metal materials, sometimes also called high-temp alloys may be just what you are looking for. Here's why your industrial or production company should contact a supplier of hi-temp metals before beginning work on your next build.
Structurally Sound in High Heat
Other metals that are not high-temp alloys may suffer from deformation or other issues where they slowly degrade over time when exposed to high heat. Hi-temp metal materials are designed to withstand high temperatures not just for short bursts but for an extended amount of time. If the product you are making will be used within a hot environment or if you are making a part that is being inserted into something else that will run hot while in operation, you need to make sure it can take the heat.
Long-Term Stability Supplies Confidence
When you use materials that are designed to stand up to harsh conditions like high heat, you'll be able to provide the customer or client with confidence and peace of mind about the product or part they are using from your company. What's more is that once a customer sees that something you built stood the test of time, they will be more likely to buy that same product or part again when they need another one. Hi-temp metals can boost consumer confidence in whatever you are bringing to the market.
Resistance to Corrosion and Oxidation
The properties that allow high-temperature alloys to stand up to the heat also provide resistance to issues like corrosion or oxidation. Weaker or cheaper metals might require regular maintenance or repair to deal with issues like corrosion over time or might even need to be replaced at regular intervals. With hi-temp metals, these concerns will become less pressing.
Solid Strength at a Reduced Weight
Some people prefer hi-temp metals even if the final product or part is not going to be exposed to high temperatures. That's because the design and make-up of these metals can provide an outstanding strength-to-weight ratio. That is to say, the metal will be very strong but at a lower amount of weight than what a traditional metal might bring to the scale. If you need your final part or product to be as lightweight as possible and the design calls for metal in the blueprint, you might want to look into hi-temp materials to reach your goals.
For more information on hi-temp metal materials, contact a professional near you.
Share