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Tensile Tester – Tensile Test Application List

The tensile tester is one of the most widely used testing instruments. If you need to buy a tensile tester, it is important to know what Tensile Tests are and how they may be used to determine how something will behave when subjected to an external force.

Tensile testing is one of the most common mechanical tests. Designers and quality managers may estimate how materials and products will perform in their intended applications by measuring the force necessary to extend a specimen to the breaking point.

Material Performance Can Be Measured Using Tensile Tester

With proper testing, tensile strength may be used to quantify many other performance metrics. As the test progresses, a curve of force vs. extension reveals the tensile profile of the specimen until it fails. Most notable along this tensile profile are the elastic limit and pressure at which failure will occur.

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Tensile Testing Categories of Tensile Tester

Tensile testing may be divided into three categories:

  • Strength of Adhesion
  • Bond Crimp Joint Pull-off
  • Force Peel Tear Resistance

Advantages Of Tensile Tester Application

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Advantages of tensile tester application may be summarised as follows:

With the data collected during tensile testing, producers can verify that all completed goods are suitable for their purpose and made to a high-quality standard.

This data may be utilized in several ways, including:

  • Assess the quality of the batch
  • Consistency in manufacturing may be determined by conducting a test.
  • as an assistant in the design process
  • To lower the cost of materials and accomplish lean manufacturing objectives.
  • To guarantee that international and industry regulations are met.

Tensile Testing: How To Interpret The Results

Results from tensile tests should be unambiguous and devoid of irrelevant data that might cloud the important ones. Microsoft Excel findings should be able to be exported and imported into other apps to permit custom display, computation, and reporting. Testing systems developed by the Mecmesin company range from simple to complex in terms of data gathering, production, questioning, and export.

The mechanical properties of various materials (such as metals, plastics, rubber, textiles, synthetic chemicals, wires and cables, leather, etc.) are tested using tensile testing machines, also known as universal material testing machines. These machine tests are mainly for tensile, compression, bending, shear, peel, and other mechanical properties. They may be found in a broad range of businesses.

The Application Market

The following is a brief introduction to the main tensile tester application of machines in several sectors.

  • The Automobile Manufacturing Industry

To verify the rationale and safety of automobile design, tensile testing machines focus on material stiffness, component testing and joint technology, fatigue, and material forming, as well as a variety of other aspects.

Tests of clutches and chains, as well as high-temperature materials and crankshafts, are necessary for the engine and drivetrain, respectively. Tests on the steering column and linkage and suspension components like springs and shock absorbers are required for the body. Seat belt stretch, head restraints, automobile seat stiffness, and durability testing are required for interior design. For electronic component design, it is necessary to test buttons and switches, soldering and PCB board dependability, wire insulation, etc.

  • Engineers In The Field Of Civil Construction

When working in civil engineering or construction, mechanical testing is necessary to ensure that the material is safe and trustworthy, as well as within its design limitations.

There are a variety of materials used in the construction of structures, including highways, bridges, and other civil engineering constructions and homes. Several forms are employed in their production, including granules, powders, bulk materials, foils, panels, and stones. Concrete, reinforcing steel, beams, and other building tensile materials must be tested in servo-controlled testing for compression, tensile, fatigue, or fracture testing.

  • Electronics

Testing for mechanical strain and fatigue life uses tensile testing equipment for circuit devices and circuit boards. Validating designs, improving production, and ensuring the dependability of the final product all depend on mechanical testing of electrical components and assemblies.

Adhesive and joint, connection and package testing may all be carried out with this equipment. Additionally, components are subjected to various stresses, including abrasion and micro-bending, as well as die shear tests.

  • Packaging

Compression, vibration, shock, and variations in weather conditions are the most frequent stresses and pressures that packing and package materials are intended to tolerate throughout transit. To ensure that items are safe during shipment, tensile testing machines provide that the packing is as strong as feasible.

The tensile testing machine must be used to test a broad range of items and materials to accomplish this purpose. Cardboard, paper, plastic, wood, foam, metal, boxes, crates, strapping, insulation, tape, and pallets are a few examples. Each of these things has benefits and drawbacks, and only thorough testing can tell whether they effectively protect the product from harm while being transported.

  • Biomedical

New biomaterials and enhanced medical devices’ performance and compatibility may be improved via tensile testing equipment. Researchers in biomedicine and medical device development often use tensile testing machines.

It is possible to test the mechanical qualities of various materials, such as rubber, foam, and plastics; wire and cable; seat belts; insurance belts; leather and composite materials; steel pipes; stainless steel; castings; steel plates; non-ferrous metal wire and other materials.

  • Adhesives

If you want to join two different pieces of material together, you’ll need to use an adhesive. Many adhesives are available, from glue to glue paste to paste laminate to paste cement to paste mortar.

Shear, stretch, peel, or any combination of these stresses are the most prevalent causes of adhesive failure in construction. They are the most often encountered stresses in adhesives. Consequently, it is necessary to evaluate these forces using tensile test equipment to determine the adhesive’s strength.

  • Ceramics

Materials used to make ceramics include metal and non-metal compounds, as well as crystalline and partly crystalline forms. Brittle, complex, and compressible describe ceramics, which are weak in shear, tensile, and impact. It is possible to create these materials to be both electrically insulating and selectively conductive.

As a rule of thumb, ceramic testing covers many material mechanical characteristics, including tensile strength, ultimate mechanical qualities such as yield, ultimate mechanical properties such as yield, and top mechanical properties such as maximum mechanical properties. We can forecast the predicted behavior of the ceramic during application and demonstrate whether it will succeed or fail using the test data supplied by the tensile testing equipment.

To construct composites, two materials are required: a matrix and a reinforcement. The polymer matrix or resin materials are often used in composites, but reinforcing materials like fiber or crushed minerals may also be used.

As an example of composite material, the tensile testing machine is often used to test many types of epoxy/polyester/vinyl esters/shape memory polymer resins, for example. In addition to Kevlar, standard fibers include glass, carbon, and Kevlar. In layered or laminated constructions, fiber-reinforced composites may comprise short fiber reinforcements and continuous fiber reinforcements.

  • Geotextiles

A geotextile is a geosynthetic made of fabrics that are permeable to water. Geotextiles are often used in civil engineering projects, including building roads, pavements, bridges, dams, and retaining walls to prevent soil and rock erosion after construction has transformed the environment. Soil and other stuff cannot travel through them.

A geotextile material’s appropriateness for a particular application must be verified using tensile testing equipment. When using geotextiles, tension and puncturing are the most prevalent forces they encounter. There are a variety of factors that might cause geotextiles to break prematurely, and this can have disastrous consequences.

  • Glass

Soda-lime glass, borosilicate glass, acrylic glass, sugar glass, and aluminum oxide are just a few of the wide varieties of glass that are often found in windows, bottles, electronics, and eyeglasses, amongst other everyday objects.

Plastics and resins, as well as amorphous solids, may sometimes be referred to as glass. Glass-reinforced polymers, glass-reinforced concrete reinforcing fibers, optoelectronic materials, laboratory equipment, and flat glass all fall under this category. Using the data from the tensile testing equipment, it is possible to determine the mechanical characteristics of the glass material.

  • Metals

As a result of its inherent properties as a combination of flexible, fusible, and malleable materials, metals may be shaped into almost any shape required.

Shock modulus, shear strength, bend strength, fatigue strength, and time-dependent characteristics such as creep and stress relaxation are the most often used tests for assessing metallic materials. Using tensile testing equipment, you may understand what a metal substance will do under various loading conditions.


Tensile testing machines may be used in several industries and materials, and this page provides a detailed breakdown of the various applications and classifications of tensile testing machines.

Tensile Testing Machines are used in various industries, as well as with many types of materials. Measurement and quality inspection, civil aviation, automobile production, machinery manufacturing and electronics, and electrical appliances are just a few industries where tensile testing machines are widely used.

The tensile or tension test is one of the most often used mechanical testing methods. A material’s reaction to stress is measured with a tensile tester machine, which applies tension to the material until it breaks. Material strength and elongation force may be assessed by doing this test, which can also be used for other purposes.

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