Testing the resistance of markings and inscriptions on parts of electrotechnical products such as switches, plugs or levers to abrasion caused by wiping with fingers and hands. External Test

Test to determine resistance to sudden temperature changes. The test specimens are subjected to abruptly changing temperature conditions.

Test to determine the resistance of door and side panels as well as add-on parts to extreme temperature conditions. This climatic temperature storage test simulates the effects of various temperature scenarios on the components over a longer period of time.

Testing to determine the resistance of floor coverings, cushioning, inlay mats and footrests to extreme temperature and climatic conditions. The aim is to evaluate the dimensional stability, functionality and material integrity of floor coverings and associated components under extreme climatic conditions.

Climate change test to assess the durability of materials against climatic environmental influences. This test involves the exposure of test specimens to changing temperature and humidity phases. The aim is to observe and evaluate the ageing effects on the test specimens to ensure that they meet the requirements for long-term durability under different climatic conditions.

Test to determine the resistance of door and side panels to changing climatic conditions. This climate change test simulates the effects of different temperature and humidity scenarios on the components over a defined period of time.

Test to determine the resistance of column cladding and treads to changing climatic conditions. This climate change test simulates the effects of cyclical temperature and humidity fluctuations on the components over a defined period of time.

This test simulates extreme temperature and humidity fluctuations that the instrument panel could be exposed to during the vehicle's life. The test typically involves several cycles in which the instrument panel is exposed to alternating high and low temperatures and varying degrees of humidity. The aim is to identify potential material changes, deformation, cracking or other deterioration of the instrument panel that could result from rapid climate changes.

Test to evaluate the climate resistance and temperature stability of the instrument panel. This test examines the behavior of the instrument panel under extreme temperature and climate conditions over an extended period of time. The test simulates various environmental conditions to which the instrument panel could be exposed during the life of the vehicle. The aim is to identify potential material changes, deformations, discolorations or other impairments of the instrument panel that could be caused by long-term climatic effects.

Test to evaluate the resistance of components and materials to vibrations under various environmental conditions. The aim is to ensure that the components can withstand the stresses caused by vibrations in real-life use, such as those that occur in vehicles, and that their functionality is maintained over their entire service life.

Test to determine the resistance of column cladding and treads to extreme temperature conditions. This climatic temperature storage test simulates the effects of various temperature scenarios on the components over a longer period of time.

Test to determine the ability of specimens to withstand repeated cycles of high and low temperatures. During testing, specimens are subjected to rapid and controlled temperature cycling. To evaluate the reliability and performance of materials, components, and products subjected to significant temperature changes during their service life.

Testing of resistance of vehicle paintwork and vehicle add-on parts (e.g. corrosion, peeling or deterioration of the surface finish) to high humidity. Additionally: before/after the test:2xgrid section test according to AA-0180

Testing the resistance of vehicle paintwork and vehicle add-on parts (e.g. corrosion, flaking or deterioration of the surface finish) to high humidity.

Test to assess the resistance of aviation equipment to temporary contact with liquid contamination. The test simulates the effects of liquids as they may occur during the life cycle of the equipment, whether occasionally, intermittently or over longer periods of time.

Test to determine the resistance and impermeability of materials or components under combined conditions of humidity and temperature changes. This involves exposing the test specimen to alternating high humidity and temperature, followed by low humidity and temperature. This test simulates the effects of ambient humidity and thermal stress on the test specimen to evaluate its reliability and durability.

In this test, the equipment or components are exposed to a specific combination of high humidity (air or steam) and constant temperature for an extended period of time. The purpose is to simulate the conditions that prevail in tropical or humid regions or when operating equipment in enclosed spaces with limited ventilation.

Testing the resistance of surfaces of automotive interior materials (painted, coated, uncoated and laminated surfaces) to determine the resistance to objects causing writing marks and to determine the suitability of a material. Test force is increased in stages (1 N, 3 N, 5 N, 8 N,10 N,12 N,15 N, 20 N).External Test

Test to determine the resistance of vehicle components to dust. In this test, the parts to be tested are placed in a special chamber in which they are exposed to a defined amount of dust particles. The aim is to evaluate the tightness and functionality of the components under dusty conditions.

Test to determine the resistance of vehicle components to dust. In this test, the parts to be tested are placed in a special chamber in which they are exposed to a defined amount of dust particles. The aim is to evaluate the tightness and functionality of the components under dusty conditions.

Test to determine the resistance of vehicle components to dust. In this test, the parts to be tested are placed in a special chamber in which they are exposed to a defined amount of dust particles. The aim is to evaluate the tightness and functionality of the components under dusty conditions.

Test to evaluate the resistance of automotive components to repeated mechanical impacts that can occur during vehicle operation, such as opening and closing doors or flaps. It simulates the load to which the components are exposed over a longer period of time and serves as a safeguard against potential damage such as component failure and material fatigue. Components to be tested: Driver's door, passenger & rear hatches, tailgate/door, hood

Test to evaluate the resistance of automotive components to repeated mechanical impacts that can occur during vehicle operation, such as opening and closing doors or flaps. It simulates the load to which the components are exposed over a longer period of time and serves as a safeguard against potential damage such as component failure and material fatigue. Components to be tested: Driver's door, passenger & rear hatches, tailgate/door, hood

Test to evaluate the resistance of automotive components to repeated mechanical impacts that can occur during vehicle operation, such as opening and closing doors or flaps. It simulates the load to which the components are exposed over a longer period of time and serves as a safeguard against potential damage such as component failure and material fatigue. Components to be tested: Driver's door, passenger & rear hatches, tailgate/door, hood