Plant Growth Artificial Climate Chamber PRX-800D

Plant Growth Artificial Climate Chamber PRX-800DMain features:

1. The artificial climate chamber uses branded compressors for refrigeration.

2. Microcomputer fully automatic control, touch switch, easy to operate.

3. Programmable control mode, temperature, humidity, and light intensity can be separately set during both day and night (five levels adjustable).

4. The artificial climate chamber has a power-off memory function, ensuring that the instrument can continue to operate from the breakpoint after power on.

5. Constant temperature control system, fast response, high temperature control accuracy.

6. Adopting ultra microwave humidification, reliable humidification and uniform humidity.

7. Air duct ventilation, with soft air velocity and uniform temperature in the studio.

8. The artificial climate chamber has a super temperature and sensor abnormal protection function, and is equipped with an independent air duct over temperature protection device, providing dual protection and adding an extra guarantee for the safety of instruments and samples.

The working principle of an artificial climate chamber is mainly to simulate various climatic conditions in nature, such as temperature, humidity, light, wind speed, etc., to test various substances. It adopts a circulation system to simulate the air flow in nature, and can operate stably for a long time by setting target temperature and humidity through the control system. Its main uses include but are not limited to the following aspects:

1. Environmental adaptability testing: For products that need to be tested, such as electronics, pharmaceuticals, chemicals, food and other industries, artificial climate chambers can simulate various environmental conditions to test the performance and stability of products under these conditions, ensuring the adaptability of products in various practical environments.
2. Weathering material testing: The artificial climate chamber can simulate natural factors such as sunlight, wind, rain, and cold to conduct weather resistance testing on materials, evaluate their aging degree, and thus determine the quality and reliability of materials.
3. Plant growth research: Artificial climate chambers can provide a stable environment for plant growth, helping researchers study plant growth patterns, pest control, and other related topics.
4. Climate change research: Artificial climate chambers can simulate various climate change scenarios based on settings, helping researchers understand the impact of climate change on various substances and environmental conditions, and providing scientific basis for addressing climate change.

Artificial climate incubators have great applications in many fields, including agriculture, industry, and biology. They can adjust temperature, humidity, and light intensity to achieve ideal environmental conditions. Below, we will briefly understand their applications in these three areas.

Industrial applications:

Testing is conducted on industrial products to understand the degree of damage to toilet paper and its quality through different temperature and humidity conditions during the experimental process. Test data is of great significance for evaluating product quality and guiding product storage.

Application in agriculture:

The growth of plants in agriculture requires temperature, humidity, and light intensity in the environment. Different plants have different requirements for the environment, and environmental changes in nature are irregular. Therefore, using a light incubator can provide a good growth space for plants. The most commonly used method is to use seed germination chambers of different models from artificial climate incubators to promote seed germination and improve seed stress resistance.

Applications in the field of biology:

Environmental factors such as temperature, humidity, and light have a significant impact on the growth and reproduction of insects. Conducting scientific experiments and explorations on the growth and reproduction of insects in various climatic environments through artificial climate incubators, studying their growth and reproduction patterns, and using them to appropriately reproduce rare animals and plants to reduce species extinction. In biology, it is also well used for the reproduction of bacterial colonies, and is commonly used in medicine and microbiology for the cultivation and breeding of bacteria and viruses.

Plant Growth Artificial Climate Chamber PRX-800DTechnical Specifications