Testing is of great importance both in the new product development process and in verifying the conformity of the product to the relevant standards. S-TEST has been involved in testing activities since its establishment in 2017.
ENVIROMENTAL TESTS
DO 160 Test
DO-160 Compatibility Test describes standard environmental test conditions and applicable electromagnetic compatibility (EMC) test procedures for the equipment on air.
Humidity Test
This test is made to determine the resistance of the tested sample against humidity from natural environmental conditions.
Immersion Test
It is made to determine the resistance of the tested sample against partial or full immersion.
Solar Radiation Test
Solar radiation test is made to determine the thermal effects or photochemical deterioration effects created on the tested material by direct exposure to solar radiation.
Salt Fog Test
This test is made to determine the resistance of the protective coating and surfaces on the sample to be tested against salt fog effect.
Low Temperature Test
It is made to determine the resistance of the tested sample against low temperature from natural environmental conditions.
Temperature, Humidity, Altitude and Vibration Test
The samples resistance against the harsh conditions that the sample could face during its life cycle by simultaneous application of all these tests to the relevant sample.
Dust-Sand Test
Dust test is made to test resistance of test sample against the effects of dust such as closing gaps, filling into cracks, penetrating into insert bearings, rollers and junctures, plugging filters for particle dimensions of < 150 μm.
Freeze and Thaw Test
The purpose of this test is to determine the resistance capability of the material against the effects of humidity phase forming inside or on the material, between liquid and solid state while getting to freezing point from ambient temperature or the effects of humidity resulting from getting hot from cold or getting cold from hot.
Vibration Test
The sample to be tested is exposed to vibration under real circumstances so as to measure the resistance of the sample against vibration.
High Temperature Test
It is made to determine the resistance of the tested sample against high temperature from natural environmental conditions.
Shock Test
This method is used to evaluate physical and functional performance of the material which would possibly be exposed to mechanically induced shocks during its expected life.
Low Pressure (Altitude) Test
Low Pressure (Altitude) Test is made to determine whether the tested sample will resist to low pressure (altitude) conditions or rapid pressure change.
Acoustic Noise Test
The sample to be tested is exposed to vibration under real circumstances so as to measure the resistance of the sample against vibration.
Icing and Freezing Rain Test
Icing and Freezing Rain Test is made to determine the functional performance of the test sample regarding icing.
Thermal Shock Test
It is made to observe the resistance of the tested sample against rapid temperature changes.