Product list of universal testing machine
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Production of non-metallic testing equipment, electronic universal testing machine, XWW series products
$8,275.26 - 8,420.44/Stand
11 years in business
Chengde Donghai Testing Machine Manufacturing Co., LtdTrading Area：Global
1/6
XWW-20 series electronic universal testing machine mechanical performance testing machine in stock
$6,823.46 - 6,968.64/Stand
11 years in business
Chengde Donghai Testing Machine Manufacturing Co., LtdTrading Area：Global
1/7
Non metallic testing equipment - Electronic universal tensile testing machine XWW series 2023
$8,275.26 - 8,420.44/Stand
11 years in business
Chengde Donghai Testing Machine Manufacturing Co., LtdTrading Area：Global
1/6
Manufacturer of non-metallic testing equipment provides electronic universal testing machine model XWW
$6,823.46 - 6,968.64/Stand
11 years in business
Chengde Donghai Testing Machine Manufacturing Co., LtdTrading Area：Global
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About universal testing machine
What is a Universal Testing Machine used for?
A Universal Testing Machine is used to test the tensile strength, compression strength, and bending properties of materials.
What type of materials can be tested on a Universal Testing Machine?
A Universal Testing Machine can test a wide range of materials including metals, plastics, ceramics, composites, and textiles.
What is the maximum load capacity of a Universal Testing Machine?
The maximum load capacity of a Universal Testing Machine varies depending on the model, but it can range from 1kN to 600kN or more.
What is the accuracy of a Universal Testing Machine?
The accuracy of a Universal Testing Machine varies depending on the model and the testing parameters, but it can be as accurate as ±0.5% or better.
What is the difference between a hydraulic and an electromechanical Universal Testing Machine?
A hydraulic Universal Testing Machine uses hydraulic power to apply force to the specimen, while an electromechanical Universal Testing Machine uses an electric motor and a screw drive to apply force. Both types have their advantages and disadvantages depending on the testing requirements.