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The Application of Universal Testing Machine

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Author : pw-test
Update time : 2022-08-03 18:34:10

The universal testing machine, also known as a materials testing frame, is a piece of equipment used for compressive and tensile tests on a variety of materials. Previously known as the tensometer, this type of machine tests the strength of materials by measuring their tensile and compressive strength. It is often used in the construction industry for the same purposes as a tensile tester. Read on to learn more about the application of universal testing machines.

Test Chamber

UTMs are commonly known as tensile and compression testing devices. PW INSTRUMENTS designs, manufactures, markets, and services a variety of UTMs. They are used in quality control and research and development applications to measure strength, elasticity, and durability. The company also manufactures and customizes specialized test chambers to meet specific customer needs. These chambers allow customers to run multiple tests on the same material to determine their performance.
These universal testing machines are equipped with a thermal chamber for performing testing on test mounts. Standard test fixtures are placed inside of the thermal chamber. The thermal chamber creates a controlled thermal environment, and the temperature of the chamber is regulated by an internal electrical heating system and external carbon dioxide gas. Maximum elongation is limited by the size of the thermal chamber, and most extensometers are rated for only 200deg C.

Universal Testing Machine

The universal testing machine is a type of material-testing frame that is used to test the tensile and compressive strengths of a variety of materials. The tensometer, which is also known as a tensometer, was the first machine to be used for this purpose. However, a few different types of universal testers are available. Here's a closer look at the differences between them. Read on to learn more.
A universal testing machine generally comprises a load frame, a load cell, and an upper and lower crosshead. It also includes a device to measure extension and the displacement of the crossheads. It is important to select the right type of universal testing machine for your application, sample, and environmental conditions. The machine should be able to handle the load you need to apply and accurately read the test results. The overall structure of an established universal testing machine is shown in Fig. 1. It includes all of the specifications you need.

Compression Testing Machine

The universal compression testing machine is a highly versatile test machine that can be used to determine the strength and compression resistance of a wide range of materials. It is capable of performing compression tests on paper, plastic, and metal barrels. The most common test results are the elastic limit, proportionality limit, yield point, and compressive strength. Some models can even be reconfigured for a flexure test. The following are some of the key benefits of using a universal compression testing machine.
This universal compression testing machine comes with a four-column frame that ensures rigidity and stability. The loading piston is double action and lapped and features a hydraulic minimum and maximum stroke security device. The hydraulic selector allows users to select the test they need for the material under test, allowing for a quick change between compression and tensile tests. The jaws on the test head are made of high-quality tungsten steel and are hardened to 65HRC. The jaws are powered by separate power packs.

Temperature Test Chamber

A temperature test chamber is an instrument that measures the range of temperature between two different temperatures. The chamber is accessible via a left-hand hinged door with a heated optical-glass window. The interior of the chamber is illuminated by an internal light. When the door is closed, the temperature control system turns off the cooling, heating, and fan, reducing the hot/cold air reaching the operator. A temperature tester's accuracy depends on the accuracy of data.
The walls of a temperature chamber are usually made of steel or stainless steel with an interior panel of 304 or 306 grade steel. These materials are selected for their resistance to corrosion and sturdiness. The chambers are designed to withstand the high stress that is placed on them. The walls are then insulated with a layer of polyurethane, fiberglass, or silicone. Polyurethane is a particularly good thermal insulator, as it has a low thermal conductivity.