Technical Article

This article will guide you through current trends through 2024, predictions for 2025, and how Huanyi can support your future industrial oven needs.

Ozone in the ground atmosphere reacts with polymer materials containing unsaturated bonds, causing surface cracking, hardening, or gloss loss in rubber, coatings, or plastics. To quickly verify a material's ozone resistance, laboratories typically use ozone aging chambers. These chambers increase ozone concentration, control temperature and humidity, and apply mechanical strain.

Uv Aging Test Chambers, devices designed to simulate the effects of UV radiation on materials in natural environments, play a vital role in numerous industries, including plastics, coatings, rubber, and building materials. As industrial products face increasing demands for durability, UV aging testing has become an integral part of quality control and R&D processes.

Environmental testing equipment mainly simulates a series of natural conditions such as high temperature, low temperature, humidity, infrared radiation, low pressure, dust, and mold, and has high requirements for simulation accuracy. With the development of the industry, more and more customers need to realize the above environmental simulations while putting forward explosion-proof requirements for equipment to adapt to a wider range of test samples.

Introducing the test conditions for VOC emissions

The article presents the research of four prepared areas which were subject to the influence of brine in the Salt Spray Chamber. Powder paint was applied to one of the areas, another was covered with alkyd paint, another- with paint from spray can, and one of the areas was not protected against corrosion.

Ozone aging test chamber is an experimental instrument for evaluating rubber aging. The structural changes of rubber during the thermal oxidative aging process can be divided into two categories: one is the thermal oxidative aging reaction (cracking) mainly based on molecular chain degradation; the other is the thermal oxidative aging (structuralization) mainly based on cross-linking between molecular chains.

In today's rapidly developing new energy field, battery safety is particularly important as a core component of energy storage. In order to ensure the safety performance of batteries under various adverse conditions, battery combustion testers came into being.