With the support of our experienced engineers, we manufacture, supply, and export a high-quality range of Belt Flex Testers. These testers are designed to flex footwear soles according to their actual tread patterns, helping evaluate durability and performance under repeated bending conditions.

Manufactured using premium-grade components and materials, the equipment is built in compliance with industry standards to ensure reliability and long service life. To meet diverse customer requirements, the Belt Flex Tester is available in various sizes, specifications, and models at competitive prices.

Compression set at constant strain is defined as the difference between the original thickness of a test specimen and its thickness after recovery, expressed as a percentage of the initial compression applied. This test measures the ability of vulcanized rubber to retain its elastic properties after being subjected to prolonged compression under constant strain.

In this method, cylindrical disc-shaped test specimens are compressed to a specified strain and maintained under controlled temperature conditions for a defined period. After the compression period, the specimens are allowed to recover, and the compression set value is calculated.

The “IKON” Compression Set Apparatus (Constant Strain Type) is specifically designed to determine the compression set of vulcanized natural and synthetic rubber materials, ensuring accurate and reliable testing results for quality control and research applications.

Compression set at constant strain is defined as the difference between the original thickness of a test specimen and its thickness after recovery, expressed as a percentage of the initially applied compression. This test measures the ability of vulcanized rubber to retain its elastic properties after prolonged compression under a constant strain.

In this method, cylindrical disc-shaped specimens are subjected to a fixed compression for a specified time at a controlled temperature. After removal of the load and allowing the specimen to recover, the compression set value is calculated.

The IKON Compression Set Apparatus is specially designed to determine the compression set of vulcanized natural and synthetic rubbers under constant strain conditions. It is available in the following two models:

Compression set testing under constant stress is used to evaluate the ability of rubber compounds to retain their elastic properties after prolonged exposure to a specified compressive load under static conditions.

The “IKON” Compression Set Apparatus (Constant Stress Type) is designed for accurate determination of compression set characteristics under a constant applied load. The unit comprises a calibrated loading spring, precision-ground and chromium-plated carbon steel plates, and a screw mechanism for compressing the spring. The complete assembly is mounted on a rigid metallic base and is portable for convenient use.

During testing, the specimen is placed between the compression plates and the required load is applied by compressing the calibrated spring. The applied load can be determined from a load-deflection graph, with spring deflection indicated by a pointer on a fixed scale. The entire assembly can be placed inside an oven to conduct tests at elevated temperatures.

The apparatus features a durable dark grey hammer-tone painted body with bright chrome-plated components for corrosion resistance.

Optional accessories include molding and cutting dies for specimen preparation and a thickness gauge for accurate measurement of specimen thickness.

The DIN Abrasion Tester is designed to determine the abrasion resistance of rubber materials, including vulcanized thermoset rubbers and thermoplastic elastomers. It evaluates the material’s ability to withstand abrasive and frictional wear under controlled test conditions.

This tester is particularly useful for materials that are exposed to continuous wear in actual service applications such as tyres, conveyor drive belts, and shoe soles. By measuring volume loss due to abrasion, the DIN Abrasion Tester provides reliable and repeatable results for research, product development, and quality control purposes.

The Flexometer is designed to assess the flexing endurance of light leathers and their surface finishes. It is widely used to evaluate the ability of light leathers—such as those used in shoe uppers, gloves, and garments—to withstand repeated flexing without cracking. The ASIAN Flexometer provides accurate and reliable determination of flex resistance under controlled conditions.

The equipment is built on a rigid metallic base plate for stability and durability. The test specimen is securely held between a pair of stationary and oscillating grips. These specially designed grips allow quick fixing and removal of the specimen and are shaped in accordance with standard specifications.

A six-digit electronic counter with key reset and backup memory is provided to record the total number of flexing cycles completed by the specimen. The instrument is capable of performing a large number of flex cycles per test, making it suitable for laboratory and quality control applications.

The Schopper Type Folding Endurance Tester is designed to determine the ability of paper to withstand repeated bending, folding, and creasing. It is widely used to evaluate the durability and service life of paper under continuous flexing conditions.

The instrument allows testing of two specimens simultaneously, improving efficiency. Spring-loaded clamps apply a standard load of 1000 g during testing to ensure consistent and reliable results.

The tester is equipped with two six-figure impulse counters with hold facility. When the first specimen ruptures, the corresponding head stops automatically while the second continues running. The machine automatically switches off once the second specimen breaks. The front panel includes start and stop push buttons with a light indicator to show the motor’s on/off status. An aluminum sheet cover protects the unit from dust and contamination.

Two independently operating folding units enable faster and more efficient testing.

The Shore Hardness is defined as the resistance of a material to penetration by an indenter of specified shape under a defined load. The Shore D Square Model (Flat Type) is specially designed for measuring the hardness of harder plastics and rigid elastomers with high accuracy and repeatability.

This hardness tester is suitable for testing vulcanized rubber, plastics, ebonite, fibre, and other hard elastomeric materials. It conforms to the latest American Standard ASTM D2240 and German Standard DIN 53505.

Range: 0 to 100 Shore D

The Laboratory Jigger Dyeing Machine is designed for precise and uniform dyeing of fabric samples under controlled laboratory conditions. It is ideal for sample development, shade matching, and process optimization in textile laboratories. The machine ensures accurate temperature control, fabric tension regulation, and repeatable dyeing results.