When casting plastics, manufacturers need to know that the materials they are using are able to flow properly into their molds. These companies must have the ability to precisely measure the flow of melted plastics if they are to maintain the quality of their plastic products and allow for the development of efficient and cost-effective manufacturing processes.
Companies that manufacturer expensive and fragile goods need to know that when they ship their merchandise to consumers, these products will arrive intact. Customer loyalty and trust depends upon the ability of companies to deliver orders on time and as advertised.
When determining the tensile stress and compressive strength of materials, components, and structures, nothing works as well as Universal Testing Machines. These instruments certainly live up to their name, performing countless tensile and compression tests that help companies meet a wide range of international standards.
If buildings are to endure the elements, companies must develop high-quality waterproofing and sealant products that meet the strictest of standards. By protecting construction materials against the effects of water damage, these products play an essential role in reducing the costs of structural maintenance and increasing the longevity of buildings.
Rubber is an essential component of wires and cables used in electrical systems, and this rubber must be of the highest quality to withstand the heat involved in conducting electrical current.
Flex testers are an essential tool for ensuring that rubber components are strong enough to resist cracking in everything from cars and ships to buildings and bridges.
The ability to accurately and efficiently test the hardness of materials is a priority for academic research laboratories worldwide, as universities seek to provide students with the real-world skills demanded by materials science and engineering positions.
Traditional hardness testing systems use either a dead weight mechanical design or a spring force mechanism to apply the test force. However, such methods lack test control and are often inaccurate due to the absence of real-time feedback on the actual force applied.
Most rubber automotive parts are required to withstand critical temperature changes in their everyday use, meaning that they must be thoroughly tested to meet safety standards. The unique testing environments of the automotive and tire industries require extremely specialized equipment to determine the quality of their products.