Construction industries need to carry out material testing to ensure material being used for a project is of superior quality. Hence, testing materials is considered to be an established, respected technique. It is used for ascertain mechanical and physical features of components and raw materials. It is also used for evaluating various aspects. It includes steel, human hair, composite materials or ceramics.
Material testing machines
The fact is that testing different types of materials comes with its own challenges. Hence, to address such challenges, there have emerged Materials Testing Lab Equipments Manufacturers offering different types of machines and accessories. Such machines are designed with the objective to provide repeatable, accurate force measurements. This is between 0.1 N & 300 kN. Based on the machine used it is possible to measure elongations from 1 micron to 2.5m.
Some common testing capabilities
It includes rupture strength, deformation strength, adhesion strength, shear strength, bond strength, tear resistance, delamination strength, crush resistance as well as Stress and Creep Relaxation. The other types include elastic limit, coefficient of friction, break load, bend strength / flexure, Young’s Modulus, tensile strength, toughness, ductility, peel strength, elongation, compression and puncture strength.
Some applications
Machines offered by the leading Materials Testing Lab Equipments Suppliers are quite ideal to be used for various purposes. It can be used in quality control, production, laboratory, research settings and education. Since testing capabilities are quite extensive, such devices are used to carry out diverse applications in different markets. It includes automotive, electronics, paper & board, building materials, medical, plastics, metals, packaging, rubber, textiles, wood, pharmaceuticals, etc.
Different types
It is possible to configure universal materials testing equipment to carry out diverse applications. Choosing appropriate load cell, material testing software, sample holder grip, etc. can help accomplish this task. Also should be checked other required accessories like extensometers, high temperature furnaces and thermal cabinets. Hence, a good quality machine should be invested in to serve such purposes.
Single column: They suit all types of applications that require force between the range of 1 and 5 kN. They are bench-mounted while providing substantial working surface.
Dual column: They are offered in two versions, namely, floor-mounted or bench-mounted. The latter suits quality control or routine testing work. They can also accommodate complicated multi-stage tests carried in mid-force range. The other type is robust, heavy-duty machines offering generous working surface.
High-elongation sample testing: All dual and single column systems can acquire extended height frames. It can test high elasticity materials or samples that are about 98.4” (2.5m) high.
Load-system compliance (stiffness) compensation: It has advanced frame designs that allows extension errors at full load of lesser than 5 microns. Hence, such low error margin is achievable for diverse compression and flexural tests. Extensometer is also not required.
Custom material testing equipment
There is numerous material testing applications that seek specially designed instrumentation to carry out the task efficiently. It might be due to specific application requirements or perhaps, the location having limited space to accommodate the machine. Hence, it is necessary to understand particular requirements and order a machine accordingly based on needs.
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