Features of Compression testing machine

The Compression Testing Machine is a widespread way to find out how strong a material is and how well it can recover after a certain amount of pressure is put on it and hold for a certain amount of time. It does this by measuring things like strain, stress, and deformation. So, if you want to connect the Control Power Pack to another machine, you can join it to another frame, like a bending machine or another machine for compressing. Hence, distance pieces, printer connection, software, block testing assembly, and rail are some of the extras for the printer.

Compression Tester

Compression Test machines are universal machines that can measure the static compressive strength of materials, products, and components. You can choose from a lot of different machines. The application engineers set up each compression tester with the suitable controller, grips, and other tools to meet your needs. Because of the modular design, you can also use them for different types of tests. These tests can include tensile, cyclic, shear, flexure, bend, peel, and tear. You can add the right fixtures to do this.

How to Choose a Compression Test Machine?

Furthermore, before buying a compression testing machine, the first thing you need to do is figure out your specimens’ shape, size, and strength. Armed with this information, our applications engineer can determine how big a test machine is and how many compression plates you need to crush your sample.

In the next step, you’ll choose the test data you want to use. It will help you figure out which controller and software to use. Please read below to know how to select the right one.

Find out more about each type so you can make the right choice

Compression-Only Test Machines Can Do

This type of test machine is set up so that it doesn’t have a lot of extra features. Moreover, this      is the most affordable and easy-to-use option.

Universal Test Machines

Most people choose this type of compression testing machine because it can be used in many different ways. They are the best choice if you want a test machine that can do more than just compression tests. It’s easy for your test machine to do other things, like tensile, cyclic, shear, flexure, bend, peel, and tear, because you can add the right fixtures.

Features

• These machines have ample clearance between columns and a loading accuracy of up to 1%.  Thus,  making it possible to test the standard specimen and structures.
• The columns are prestressed to make them very strong.
• Piston cylinders are paired with a high-quality packing set that works well.
• Tank: It has an oil level and a way to spill oil.
• It is the part of the machine that shows, pre-selects, and controls oil flow.
• A multi-piston power pump that ensures that the delivery will not stop.
• To avoid slow times, you should use a fast ram device.
• The ball seat is made to be very precise.

The advantages of a concrete compression test

A Concrete compression testing machine is done to find out about the properties of concrete. Most building projects use concrete as a structural element, as it is one of the most common and most important. Because of this, many places require that it be tested to make sure it is safe.

However, concrete testing, especially compression testing, also ensures that the material is safe and consistent. This way, manufacturers, builders, and contractors can show finished products are of the best quality and are safe to use. Moreover, concrete compression testing has other benefits, like:

• Determining the quality of a batch of goods
• Making sure that production or manufacturing is the same.
• Helping to make the design process go more quickly
• Reducing the cost of materials
• Making sure that lean manufacturing goals are met.
• Making sure that it meets industry and international standards.

There are many industries where compression testing machine of concrete is essential. It ensures that the quality of the materials, components and finished products is high. Of these, the construction industry may get the most out of it. This is because it lets people check the quality and suitability of one of the essential parts of modern buildings.

Conclusion

 For example, you can be use it to measure the flexural strength of other types of sheet construction materials like roofing panels and insulation boards. Moreover, you can check for penetrations in plasterboards, shotcrete, and pipes. Flexure or bend testing, spring testing, and top-load or crush testing are  the main types of compression testing you can use in different businesses.