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Compression Testing Equipment

A Guide to Choose the Right Compression Testing Equipment for Your Industry

A lot of products have come up in the market which claims to measure the hardness of concrete. They are known as compression testing equipment. It is important to choose the right ones for their efficiency and effectiveness.

Compression testing is an integral part of the quality control process at most auto manufacturing plants. This is because it helps to ensure that manufactured parts and assemblies are within the required range of specifications for strength properties.

What is a compression testing machine?

A compression testing equipment is a testing device that is used in industries for testing the quality of concrete. So it is important to know about it and how to choose the right one for your next project.

The choice between dynamic and static should be made depending on the material being tested as well as your experience with the equipment. Static testing is used when testing rubber with a durometer reading of 20 or higher. For lower durometer readings, dynamic testing is required.

As for the choice between manual and computerized testing equipment, it depends on the application of the results, whether they have to be accurate to 0.25% or 0.5%, whether it is a one-time test or a regular quality control check and how many samples do you have to process at once. Manual testers are more suitable for occasional checks and short runs, while computerized testers might be required for regular and exacting quality control (ISO 9000, ISO 14000, or ASTM E11 compliance).

compression_testing_machines_with_digital_readout_unit - compression testing machines with digital readout unit

How to choose the right equipment?

One of the most common methods to evaluate the tensile strength of a material is to use a compression test. Compression testing is used in a wide variety of industries, including construction, government, automobile, and aerospace. There are many different types of compression testers, including universal testing machines and compression testing machines. The type you choose will depend on what you are testing and how you want the results to be recorded.

One of the most important factors to keep in mind when choosing a compression tester is what type of material you will be testing. For example, varieties such as rubber and plastic require different approaches when it comes to conducting a compression test. Materials like these can easily be damaged by some compression testers, so it is important that you select one that has been designed to safely test these types of materials.

We recommend that you choose the right compression testing equipment for your needs. To do this, consider the following three basic compression testing parameters:

  • Speed – For most compression tests, speed is determined by the part geometry and material being tested. Testing at faster speeds tends to be more appropriate for metal parts than parts made of plastics or composites.
  • Quadrant – The quadrant in which you wish to test your part will determine your compression testing equipment since various machines are capable of performing all four quadrants on metal parts. However, to test rubber or plastic components, you may need a specialized machine.


There are several other factors that need to be considered before buying a compression tester. Factors such as price range, efficiency, maintenance cost, accuracy, and longevity should be considered before buying it.