Thermostatic Explosion-proof Cabinet

The thermostatic explosion-proof cabinet is an advanced device specifically designed for the safe storage of sensitive materials. It is widely used in fields such as scientific research, pharmaceuticals, food, materials science, cosmetics, tobacco, microbiology, chemicals, electronics, etc. It can provide a stable temperature and humidity environment and simulate various climatic conditions. It is especially suitable for the stability testing of samples, long-term experiments, shelf life testing, and the storage of biological reagents and medicines. It can also conduct long-term acceleration experiments and forced degradation experiments.

Metal components: The main material is galvanized steel sheet with a thickness of ≥1.2mm. It is coated with an epoxy resin through electrostatic spraying and covered with a durable, chemical-resistant, and lead-free coating, which maintains a high degree of glossiness and minimizes the impact of corrosion and moisture.

LCD electronic combination lock with dual-lock control and dual-person management, which provides a higher level of safety.

A 5cm-high anti-leakage liquid trough prevents the accidentally spilled liquid from overflowing.

Professional and standardized reflective warning labels are clearly visible.

It is equipped with dual ventilation holes with a fire prevention device.

The unique anti-overflow shelf can be freely adjusted up and down.

In strict accordance with OSHA specifications, the cabinet body is equipped with an electrostatic grounding conduction port, which is convenient for connecting the electrostatic grounding wire.

Intelligent LCD control panel: It enables precise temperature control, automatic correction, and is equipped with a microcomputer temperature and humidity controller. Both the set parameters and the actual parameters can be displayed (dual digital display), ensuring reliable temperature and humidity control. The function keys on the control panel can be used to freely set the temperature and humidity parameters.

There is no need for pipeline engineering installation. It is easy to install, and the exhaust gas will not be discharged outside. The new series is all made of high-quality mirror-finish stainless steel. The inner liner is resistant to acid and alkali and will not rust.

With new refrigeration technology, it is equipped with a high-efficiency, fluorine-free linear refrigeration compressor. The combination of constant and continuous power output and a high-efficiency condenser can improve the refrigeration effect and save electricity compared with ordinary compressors.

It has an overheating protection function, uses fluorine-free refrigerants, and is environmentally friendly and energy-saving.

It has a built-in explosion-proof heat dissipation system to ensure stable operation with low noise for a long time in various complex environments.

Parameter (Specification)

Feature And Application

Explosion-proof cabinets boast numerous outstanding features. The main body is made of galvanized steel sheets with a thickness of ≥1.2mm, which are coated with an epoxy resin through electrostatic spraying and covered with a chemical-resistant, lead-free coating. This makes the cabinet corrosion-resistant and highly polished. It is equipped with a double-lock control system featuring an LCD electronic combination lock, a 5cm-high anti-leakage trough, reflective warning labels, ventilation holes with fire prevention devices, adjustable anti-overflow shelves, an electrostatic grounding port, and an intelligent LCD panel for temperature and humidity control. Moreover, it adopts a convenient and environmentally friendly installation method and energy-efficient refrigeration technology. It also has overheating protection and an explosion-proof heat dissipation function, ensuring stable operation in various complex environments and offering extremely high safety performance.

In a wide range of application fields, explosion-proof cabinets play an indispensable role. In the scientific research and pharmaceutical industries, they are used to store chemical reagents, samples, and pharmaceutical raw materials. In the food and cosmetics industries, they can preserve perishable raw materials and finished products. In the tobacco and microbiology fields, they meet the needs of tobacco storage and strain preservation. In the chemical and electronics industries, they provide a safe storage environment for chemicals and electronic components. Their ability to ensure a stable environment and provide safety protection helps various industries carry out production and research work efficiently and safely.

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