Our Technical Powers:
"Science and technology multiply around us. To an increasing extent they dictate the languages in which they speak and think. Either we use those languages, or we remain mute. We opt for the former."

To streamline the entire production and marketing process, Salnik has invested heavily in infrastructure. With years of experience in the areas of rubber processing, the company's emphasis has all along been on state of the art technology and its absorption through process engineering, application engineering, continued product development and performance evaluation.

Salnik's manufacturing units are fine examples of application of modern technological developments and symbols of the company's attitude and aspirations. The Salnik Group has been able to develop more than 10,000 products relating to over 150 applications. A number of applications have been in the strategic sector.

The effort of the group has always been to be in the forefront with strong emphasis on indigenisation. However, consulting help in rubber technology and polymer science is sought from time to time to keep abreast of the progress made the world over. Salnik's technical prowess has gone a long way in helping the company go deep into the problems faced by its customers and assist them to overcome major hurdles.

Endurance Testing Machine :
Electro-dynamic Vibration Shaker (Exciter), the heart of Vibration Testing system, simulates the vibrations at the top of its platform and transfers to the specimen mounted on its head or table.It basically consists of a moving element termed as head, rigidly connected to Drive Coil (Armature), which is positioned in d.c.mfed to the Drive Coil agnetic field created by D.C. current in the Field (fixed) Coil. An AC Signal through Power Amplifier in the magnetically energized field generates a force which is reflected in the movement of shaker platform. This movement gets transfered to the specimen mounted on the platform and assists in reliable and safe testing, kept bare Total mass of moving element is minimum to achieve maximum acceleration.

The Shakers are designed for Bare- table acceleration of 65 'g' and velocity of 1.77 ml. sec. However higher acceleration and velocity levels can also be achieved.

To restrict any cross-axial or rotational movement and to provide high lateral stiffness, proper Suspension systems such as Laminate Flexures and Rolling Struts are utilized. Further, for true vertical movement, a linear bearing at centre position is provided to restrict any cross-axial motion.

Effective stray demagnetisation on top of Shaker head is ensured by providing Magnetic Shield for small capacity shakers and Degaussing Coil for the higher ones; Shaker rotation of 90 Deg. from its vertical axis is also possible to enable vibration testing in all the three orientations. A Cooling system is coupled to the Shaker for cooling of drive coil, field coil and flexures. This ensures continuous duty/performance even under adverse operating conditions. Reliability of Vibration Shaker is further enhanced as there are no rolling parts to wear out. Axial resonance frequency is kept sufficiently high to avoid self-resonance.