Laboratory Climate Chamber

There is a room climate as well as the outside climate. Air pressure, temperature, speed and the sunlight received by the room and the radiation temperature form the measurable values of the room climate. The ideal harmony of these factors ensures a trouble-free room climate and positively affects human health and productivity.

Laboratory climate chamber is manufactured in order to provide real climate conditions by controlling temperature, humidity and light cycles. The temperature and humidity control of the climate rooms allows for many tests to be carried out in different sectors. In addition, stability, storage and shelf life tests can also be carried out easily.

These climatic chambers are often used for growing plants. Due to the advantages it provides, it is often preferred both in the industrial sector and in universities, agricultural companies. It is a testing device that has many benefits in agriculture. It provides both the cultivation of plants in the laboratory environment and ensures that more yield is obtained by providing climatic conditions in short periods of time.

What is the Laboratory Climate Chamber?

The reflective surface of the grow tent ensures that plants receive sufficient light output from the grow lights used for growing indoors. The lower parts of the plant will receive light thanks to the reflected lights. It is used not only for plants, but for many different purposes. The areas in which it is used vary.

For agricultural enterprises for testing purposes or for direct cultivation
Sterilization processes in laboratory air conditioning

They are often used climate chambers. The light and humidity adjustment in such rooms is quite high quality. In this way, the products desired to be grown can be grown easily.

What are the Features of Laboratory Climate Chamber?

Laboratory climate rooms have many features. Light settings, humidity settings are well-adjusted, professional devices.

The settings of all sensors are determined according to international standards. Temperature sensors are usually in the form of 0.1 degrees or 2.3 seconds, as they are relatively accurate.
Air velocity sensors are also determined according to international standards in the same way. All settings of these devices have been determined in accordance with the standards.
Light intensity and wavelength are extremely important in artificial air conditioning without daylight. For this reason, lamps produced by companies are used in these rooms according to the amount and quality of light required by plants for photosynthesis.
20-24°C is comfortable in summer, and 21°C in winter. The temperature of the surrounding areas can be only 2-4°C difference from the air temperature. The change in air temperature can be balanced to a certain extent by the change in surface temperature.