Automobiles have to function in extreme climatic conditions, battling numerous foreign substances like dew, sand, mist, UV rays and others without breaking down. Therefore vehicle components must be equipped to endure their effects and operate with optimum efficiency.
We, in our sophisticated life cycle testing lab facility, provide accurate testing services to examine the degree to which automobile components can sustain the impact of these substances and climatic conditions.
This activity ensures vehicle owners about the quality of products being utilized in manufacturing the vehicle. Good quality components are sturdy and strong which enable them to withstand impact from environmental and other kinds of damage.
Rapid reduction in the level of stratospheric ozone has paved the way for increased ultraviolet radiation. These radiations are not only causing damage to the environment and their beings but to electronically operated devices as well.
Automobiles routinely encounter these radiations because of which their components face deterioration. It is mostly the outer body of vehicles that come in direct contact with sunlight and ultraviolet rays, and these parts are primarily made of metals and alloys.
UV rays impair the protective film coated over the metallic components and fade their colour coat which exposes the bare metal to the extreme harshness of sunlight and UV radiation. In our sophisticated facility, we offer automotive life cycle testing and analysis services in which we examine the protective films in an environment by simulating UV radiations and measuring their ability to endure such a situation without incurring any substantial damage.
Vehicles on road are prone to various shocks and collisions which can be fatal for the vehicle as well as the driver. We provide highly reliable tests in which we subject the vehicle to shock pulses and evaluate its degree of durability.
Through this test, we ensure that vehicles conform to industrial standards and adhere to safety regulations. A vehicle unprepared for shocks will encounter deformities, loosened bolts and displacements of adjacent circuits when subjected to pulses of varying intensities.
Thermal Cycle Test involves the cycling of automotive parts from high temperature to low temperatures to test their durability. Vehicles in real life may have to encounter varied temperatures and they are required to function to the best of their abilities across temperature.
To test vehicles for endurance against varied temperatures we offer thermal cycle test facilities where we provide accurate tests and analysis. Our thermal cycle testers are equipped to simulate a wide range of temperatures between -30ºC to 80ºC, sufficient to test all of the vehicles.
Vibration testing simulates the circumstances that a product might experience during its lifetime while under a test environment by imitating high and low-frequency conditions.
Sigma test and Research centre uses a highly efficient vibration testing system specifically for automotive parts and electronic products to determine the level to which it can endure extreme environmental conditions with or without any damage or component failure.