4 Tests a Product Undergoes to Determine Its Durability and Performance

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Inside factory production lineIf you’re an entrepreneur who has a product to sell, you’d know how crucial it is to have your products tested for quality. Inferior products could hamper sales for your business and could become hazardous if they malfunction while in use. That is why certain standards are put in place.
A steel beam, for example, should be strong enough to support buildings and a fire alarm should work as intended. Good thing you can work with a material testing lab that can test your products in various ways.

Fatigue Testing

A fatigue test involves applying loads to the material of your product repeatedly to see how long it’ll last before it starts to wear down. For example, we could subject a plastic material to a fatigue test to see how many uses it could endure before it starts to crack.

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Vibration Testing

Vibration tests are done to see if the product will last in its intended environment. The material is put under stress so engineers could check its performance and integrity and see if there are hidden weaknesses. For instance, automobile parts should be vibration-tested because they will have to withstand a lot of bumps once they’re on the road.

Nanoindentation Hardness Testing

Quite a mouthful, but this test lets you see many elements of the product, such as elasticity or hardness of the coating. This test determines whether your product stays resistant to deformation, abrasion, and the like.

Tension and Compression Testing

This test involves putting your product on a machine that then tries to compress it. This way, you’ll know how much force it can endure before it breaks.

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With these tests, you’ll ensure the quality of your products before you release it to the market. Making sure your product is reliable will help prevent any performance-related problem and customer complaints.