Kant Plastology offers a range of first-class tensile testing instruments to meet R&D requirements in the development of safer and higher quality materials and products. With Tensile Testers like the Model K TTM 01, Model K TTM 02x and the Model, Capillary Flow and Endurance Testers, and a variety of Micro Hardness Testers. Combined with Kant’s selection of accessories, including grips, extensometers, and jigs, and the optional Windows®-compatible Trapezium Software, which provides simplified user operation with Wizards and the industry's premier navigation system, we are provide you with a solution for any environment or application.
Advanced technologies integrating precision, electronics, switch, optics, sensors, and data processing are determined in these testing and inspection machines, manufacturing the estimation system most suited to the purpose of use.
Mechanical properties are being an essential factor of product quality which can be ensured by the tensile testing machine, used to perform testing on known material or to compose a new material and control the quality of the material. Tensile testing machine assists to fabricate exclusive and impeccable
end product by ensuring the high quality of the material which prevents the liability correlated with providing non-compliant products and reduce the chance of failure of the product.
To meet such a rigorous demand of tensile testing machine of several industries, our company has manufactured an advanced technology adopted tensile test machine which ensures accurate measurement of tensile strength subjective to the metal, fabric, yarn, plastic, paper, cable, board, metal alloy, plywood, rubber, wire rope, elastomer, etc. Our all testing machine is simple, inexpensive, easy to operate, conforms all the international standards and delivers defined elongate measurement of the product undergoes testing. In addition to the elongation test.
our tensile testing machine is an ideal choice to perform peak stress or can say ultimate tensile strength, rupture or fracture point and offset yield strength of a respective material.
During the tensile testing operation, test pieces are screwed in jaws and stretched by moving the grips apart at a constant rate whilst measuring the load and the grip separation. The resulting data plotted as load vs. extension and afterwards converted to engineering stress vs. engineering strain. Additionally, the actual stress and strain also can be calculated if the true cross section is measured during the test.
To meet the need of each and every industry, we introduce universal testing machine embedded with extensometers, wedge grips, computerized material testing software and controller and to meet the varied need.
we provide customizations option as well as broad series of all testing machine with varied capacities. Apart from manufacturing, supplying and exporting tensile testing machine.
our aim is to provide:
- Prompt delivery
- Assurance of the quality
- Live support and solution
- Maintenance service