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If an aging test chamber generates static electricity, it can not only affect the test results but may also cause malfunctions or even fires. So, how can we ensure that the test equipment remains free of static electricity?

Some may consider the cleaning of high and low-temperature test chambers a minor issue and not take it seriously. However, proper cleaning can improve equipment efficiency, reduce failure rates, and lower operational costs. This article emphasizes the importance of this task and provides a brief guide on cleaning procedures.

When conducting tests with a sand and dust test chamber, there are primarily three processes involved. Some clients may not be familiar with these processes during initial consultations. Today, we will introduce these three processes and their corresponding temperature and humidity requirements.

High-temperature test chambers are widely used in environmental testing industries. Below are the key structural characteristics of these devices

A formaldehyde/VOC environmental test chamber consists of a chamber body and various components, all of which play critical roles in the operation of the equipment. Over prolonged use, components may wear out and require maintenance or replacement if severely degraded. But how often should these parts be replaced?

Nowadays, low-temperature test chambers are increasingly used across various industries—not just for research and experiments but also for testing many everyday products. Today, we’ll share some important precautions. Only by using the equipment correctly can accurate results be obtained, and only by handling it with care can it serve us better.

Rain test chambers are now widely used across various industries. When operating this equipment, staff should be familiar with essential knowledge, such as the necessary pre-use inspections. Let’s go through them today.

Temperature control devices in salt spray test chambers regulate temperature variations in the working environment. These devices utilize physical changes within their mechanisms to trigger specific responses, such as opening or closing circuits, thereby achieving automatic temperature control.

As is well known, the inner chamber of a UV aging test chamber is typically made of stainless steel, while the outer chamber is constructed from steel plates coated with paint. The choice of stainless steel material can significantly impact the test results, while the selection of paint affects the device's appearance and usability.

Providing a stable and continuous voltage to the constant temperature and humidity test chamber is essential for ensuring its proper operation. To achieve a stable current supply, the device's power must be correctly connected to the circuit. So, how is this done?