Precise and Controlled Determination of Tensile Strength Perpendicular to the Surface of Thermal Insulation Materials

The mechanical properties of thermal insulation materials play an important role in evaluating product quality and determining performance under intended conditions of use. In particular, tensile forces acting perpendicular to the surface can provide valuable information about the mechanical integrity, internal structure, and bonding performance of an insulation material.

The TS EN 1607 Tensile Testing Machine for Thermal Insulation Materials is designed to measure the resistance of materials under controlled tensile loading. Its adjustable test speed, precise motion control, multiple force units, and adaptable testing configuration make it suitable for laboratory testing, quality control, and product development applications.

The double-column, double-screw system supports stable and controlled movement during testing. With a motion sensitivity of 0.001 mm, the machine provides precise positioning and displacement control. When equipped with an optional extensometer, it can also perform highly precise elongation and deformation measurements.

In addition to tensile testing of thermal insulation materials, the system can be configured with suitable accessories for various mechanical tests, including opening/closing, fracture, tearing, compression, breaking, stretching, permanent deformation, and puncture tests.

Basic Purpose of the Machine

The primary purpose of the machine is to apply a controlled mechanical load to a test specimen and measure its behavior under tensile and other mechanical forces.

For thermal insulation materials, the machine can be used to determine mechanical resistance when tensile force is applied perpendicular to the surface of the specimen. This provides measurable information about the material's structural integrity and behavior under tensile loading.

With appropriate jaws, fixtures, and optional accessories, the testing system can also be adapted for different mechanical testing requirements across a wide range of materials and industrial applications.

What Is the Tensile Strength Perpendicular to Faces Test?

The tensile strength perpendicular to faces test is used to evaluate the behavior of a material when tensile force is applied in a direction perpendicular to its surface.

For thermal insulation products, the specimen is subjected to a controlled tensile load while its response is monitored. As the applied force increases, the mechanical behavior of the specimen is observed until the specified test condition or failure criterion is reached.

The resulting measurements help determine the tensile performance of the material and provide useful data for product evaluation, quality control, and comparison between production batches.

Importance and Purpose of the Test

Thermal insulation products are generally evaluated not only for their thermal properties but also for their mechanical performance. During manufacturing, handling, installation, and use, insulation materials may be exposed to different types of mechanical stress.

Determining tensile strength perpendicular to the surface helps manufacturers evaluate how a material behaves under this particular loading condition.

Regular testing also supports production quality monitoring. By testing specimens under consistent conditions, manufacturers can compare results from different production batches and identify variations that may be related to raw materials, production parameters, or process conditions.

As a result, tensile testing becomes an important component of systematic quality control rather than simply a final inspection procedure.

Scientific Basis of the Test

The fundamental principle of tensile testing is based on applying a controlled mechanical force to a specimen and observing its response to that force.

During testing, force is transferred to the specimen through the controlled movement of the testing system. The response of the material can then be evaluated in relation to the applied load, displacement, deformation, or failure behavior.

The machine provides a test speed adjustment range of 0.001 to 500.000 mm/min, allowing the test movement to be adapted to different materials and testing requirements.

Its 0.001 mm motion sensitivity enables precise control of displacement. The machine also provides ±0.5% sensitivity, supporting accurate force measurements during mechanical testing.

Force values can be displayed in Newton, kN, kg, or MPa, allowing test data to be monitored according to different measurement requirements.

For applications requiring more precise elongation measurements, an optional extensometer can be integrated into the system. This provides enhanced measurement capability, particularly when small changes in specimen deformation need to be monitored.

Operation of the Machine

Before starting a test, the appropriate jaw, fixture, or test accessory is selected according to the specimen and the type of mechanical test to be performed.

The specimen is then positioned and securely fixed in the testing area. The required test speed and stopping criteria are defined according to the test procedure.

The colour touch screen provides an accessible interface for controlling the testing process and setting the required parameters.

When the test begins, the double-column, double-screw system applies controlled movement to the specimen. Force and movement are monitored throughout the test.

The machine can stop automatically depending on breakout, breakage, or a predefined distance. Its programmable stop function also allows the test to be terminated according to predetermined conditions.

After completion of the test, the rapid return function allows the moving system to return quickly to its starting position, helping prepare the machine for the next specimen.

Technical Information

The machine operates with a 220 VAC, 50 Hz electrical supply and has a maximum power consumption of 1 KVA.

Its test speed can be adjusted between 0.001 and 500.000 mm/min. This wide adjustment range allows testing conditions to be configured for materials with different mechanical characteristics.

The ±0.5% sensitivity supports precise force measurement, while the 0.001 mm motion sensitivity enables highly controlled mechanical movement.

The double-column, double-screw configuration supports stable and controlled operation during testing. This mechanical structure is particularly useful for applications where consistent movement and controlled force transmission are important.

A colour touch screen provides convenient access to operating parameters and test controls.

Measurement results can be monitored using Newton, kN, kg, or MPa force units, providing flexibility for different laboratory and industrial testing requirements.

The programmable stop function can be combined with stopping criteria based on breakout, breakage, or distance. This allows tests to be automatically terminated when the defined condition is reached.

A rapid return function reduces the time required to bring the moving system back to its initial position after testing, contributing to more efficient repetitive testing.

An emergency stop button provides immediate machine stopping capability when required.

The operating interface is available in Turkish, English, French, Russian, and Italian, making the machine suitable for use in international laboratories and manufacturing facilities.

Advantages

One of the main advantages of the testing machine is the combination of a wide test speed range with precise motion control. This enables testing conditions to be adjusted according to different materials and mechanical test requirements.

The colour touch screen, programmable stopping functions, and rapid return feature contribute to practical and controlled daily laboratory operation.

The testing capability can also be expanded through different jaw models and optional equipment. As a result, the same testing platform can be adapted for a variety of mechanical tests instead of being limited to a single application.

Technical Advantages

The double-column and double-screw system provides a stable mechanical structure for controlled testing.

A motion sensitivity of 0.001 mm enables small movements to be precisely controlled, while the broad test speed adjustment range supports testing of materials with different mechanical characteristics.

The optional extensometer expands the measurement capability of the system when highly precise elongation measurements are required.

Different jaw models, computer and printer connections, additional equipment for special tests, warm and cold ambient test chambers, safety cages, light barriers, and pin-type jaw fixing systems can also be incorporated according to testing requirements.

These options allow the testing system to be configured for different laboratory environments, specimen types, and mechanical testing applications.

Contribution to Quality Control

Mechanical testing is an important part of production quality control because it provides measurable information about material performance.

For thermal insulation products, determining tensile strength perpendicular to the surface helps evaluate mechanical characteristics under controlled conditions.

Testing specimens at regular intervals and under consistent test parameters enables results from different production batches to be compared. Variations in mechanical performance may therefore be identified and investigated in relation to raw materials, manufacturing parameters, or production conditions.

Consistent and measurable test results support a more systematic quality control process and provide useful data for product development and production monitoring.

Support for Export and Certification Processes

For products intended for different markets, measurable and reproducible evaluation of technical characteristics can be an important part of product assessment and documentation processes.

The ability to perform tensile tests perpendicular to the surface of thermal insulation materials provides manufacturers with a controlled testing infrastructure for evaluating mechanical performance.

The machine's multiple interface languages also provide practical advantages for laboratories and manufacturing facilities operating in international environments.

Areas of Application

The machine is particularly suitable for mechanical testing of thermal insulation and construction materials. Determining tensile strength perpendicular to the surface is an important application when evaluating the mechanical performance of thermal insulation products.

With suitable testing fixtures and accessories, the machine can also be used in various other industries.

In the metal industry, materials and products such as aluminium, copper, steel, iron, springs, sheet metal, and profiles can be subjected to appropriate mechanical tests.

In the wire and cable industry, cables, steel wire, and related products can be evaluated through tensile and breaking tests.

In the textile and footwear industries, materials such as fabrics, leather, artificial leather, jute, and zippers can be tested for relevant mechanical characteristics.

In the plastic and rubber industries, the machine can be configured for mechanical testing of various polymer-based products.

For the automotive and supplier industries, different materials and components can be evaluated as part of quality control and product development activities.

The machine can also be used with suitable fixtures for the mechanical evaluation of medical supplies and materials.

In the forestry industry, wood and related products can be subjected to appropriate mechanical tests.

The system can additionally be adapted for testing construction materials, adhesives, glass, porcelain, paper, and other products where suitable fixtures and testing methods are available.

Tests Performed with the Machine

With appropriate jaws, fixtures, and test configurations, the machine can perform various mechanical product tests, including opening/closing, fracture, tearing, compression, breaking, stretching, permanent deformation, and puncture tests.

This range of applications enables the system to be used for different material groups and quality control requirements rather than being restricted exclusively to one type of mechanical test.

Optional Additions

Different jaw models are available to accommodate various specimen geometries and mechanical testing requirements.

Computer and printer connections can be incorporated where integration with additional systems is required.

Additional equipment can also be supplied for special testing applications, allowing the basic testing configuration to be adapted to specific experimental requirements.

An extensometer can be added for applications requiring precise elongation measurement. This is particularly useful when small changes in specimen deformation need to be accurately monitored.

Warm and cold ambient test chambers can be integrated when mechanical tests need to be performed under controlled temperature conditions.

A metal or plexiglass safety cage and a light barrier can be incorporated according to the safety requirements of the testing environment.

A pin-type jaw fixing system is also available, providing an additional connection option for different test fixtures.

Standards

TS EN 1607

TS EN 1607 addresses the determination of tensile strength perpendicular to faces for thermal insulation products. The test evaluates the mechanical behavior of thermal insulation material when tensile force is applied perpendicular to its surface.

The test is particularly relevant for assessing the tensile performance and mechanical integrity of thermal insulation products under controlled testing conditions.

Conclusion

The TS EN 1607 Tensile Testing Machine for Thermal Insulation Materials provides a comprehensive testing platform for the controlled evaluation of tensile and other mechanical properties.

Its double-column, double-screw structure, 0.001 mm motion sensitivity, ±0.5% sensitivity, broad test speed range, programmable stopping functions, and multiple measurement units support precise and controlled mechanical testing.

For thermal insulation products, the system provides the necessary testing infrastructure for evaluating tensile strength perpendicular to the surface. This capability supports quality control, production monitoring, product development, and technical product evaluation.

Optional equipment such as extensometers, different jaw systems, environmental test chambers, safety systems, and special testing accessories further expands the machine's application range.

Its ability to accommodate different mechanical testing methods also makes the system suitable for a wide range of industries, including construction, metals, cables, textiles, plastics, rubber, automotive components, forestry products, and other industrial materials.