February 7th, 2020
Manufacturing and industrial companies use gaskets to fill and cover the space between two or more mating surfaces. They are usually made out of reliable and sturdy materials such as rubber, cork, paper, metal, copper, and foam. Gaskets are flexible, making them perform a wide variety of functionalities such as anti-vibration, packaging, hygiene, noise and sound reduction, and sealing.
While gaskets are made different from each other, you may still perform some kind of test to determine the quality of your gasket. One test that is commonly used is compression testing. Compression testing is used to assess the reaction and behaviour of a product or a material that is being compressed, squashed, crushed, or flattened.
When it comes to gaskets, there are a couple of reasons why compression testing is very important in gasket manufacturing.
Provides Quick Results
What is great about compression testing is that it can produce relevant results right away. If you have a lot of various design options for your gaskets, you can place them under compression testing to assess their qualities. The performance level of a specific design will be also produced from the results of the compression testing. After all, conducting compression testing allows you to know and review how a specific design of gasket holds up under different compression situations.
Saves Money and Time
Placing a sample gasket under compression testing can save a lot of money and time. Manufacturing tons of gaskets without any sort of testing can be risky and dangerous since you don’t have any idea if they will work. And if they don’t work, your manufacturing industry may have a hard time recovering from revenue loss.
So, taking the time to run some compression tests for your sample gaskets can certainly help you single out an effective gasket design. There might be some redesign and remanufacturing processes, but coming up with the best gasket design for manufacturing will help you gain more revenues in the long run.
The use of compression testing is very easy. If you place a gasket in the hot compression test cycle, you can determine right away the level of compression this specific gasket can take and hold. With compression testing, a gasket will not only receive pressure but also heat. As you test your gasket designs, you can easily determine the point and level where a gasket will fail. From the results, you can easily adjust some design flaws of your gasket to make sure that it will pass the succeeding compression tests.
Compression testing is very important in gasket manufacturing since it provides you all the information needed in improving your gasket design. For more information about gaskets, you can contact us at Gasketech. We have been manufacturing and supplying high-quality gaskets, sealing washers, and other products.
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