Environmental Degradation Test

• Sample Degradation Test in Soil Environment

Soil degradation testing evaluates material behavior in contact with soil, considering moisture, microbial activity, and nutrients. It reveals degradation processes and impacts on soil health and fertility.

• Sample Degradation Test in Acid Environment

Acidic environments (e.g., acidic soil, industrial areas) accelerate degradation. We test material performance under acidic conditions to identify accelerated breakdown and related environmental risks.

• Sample Degradation Test in Base Environment

Alkaline degradation testing assesses material stability under high-pH conditions. Laboratories simulate alkaline environments via adjusted pH or alkaline solutions to observe material decomposition.

• Sample Degradation Test in High Temperature Environment

High temperatures (industrial or extreme climate zones) accelerate material breakdown. We evaluate heat-induced degradation to verify suitability for high-temperature applications.

• Sample Degradation Test in Light Environment

Light, especially UV radiation, causes photodegradation in many materials. We test light-exposed degradation to assess durability and environmental impact under illumination.

• Sample Degradation Test in Oxidative Environment

High-oxygen or oxidizing-agent environments speed up material decomposition. We test oxidation resistance to evaluate material stability and risks under oxidative conditions.