Cleatech LLC is the leading manufacturer and supplier of desiccator cabinets. A desiccator is an air-tight chamber used mainly to preserve the substances that are so sensitive that they can’t be exposed to the humidity of normal air. Desiccators come in many types, single-chambered and multi-chambered.
Both types of Desiccators are used to prevent the moisture from reaching the substances kept inside the chambers; the samples can either be electronic or chemical that has the risk of reacting with the moisture. The desiccator chamber can also preserve the moisture level inside the cabinet/ chamber, which helps protect carbon dating or biological samples.
These are some ways multi-chamber desiccator that is purged with nitrogen can be used:
Chemical samples:
Desiccators can maintain dry heated conditions in the chamber for purification and storing any type of volatile chemicals. You can’t keep a lot of beakers that have chemicals in a single-chambered desiccator, so in a multi-chambered desiccator cabinet, you can keep as many beakers as you want in different chambers to keep the reactions away. Chemical substances have a higher risk of humidity. They can get ruined easily if the humidity gets higher and even if there is a leak of gas.
You can keep a beaker of distilled water with a beaker containing harsh chemicals, and it would purify the chemical physically. The environment of the desiccator is always controlled, and it can help us analyze chemical samples. We can’t analyze a lot of samples at the same time, but that can be done with the help of a multi-chamber desiccator.
Biological samples:
The biological samples that are found on a crime scene are so essential to get to the depth of the matter. For best results, the samples need to be kept away from any contamination. Desiccators are so handy when it comes to such sort of stuff.
If the samples are not stored properly and contaminated, this can also lead to legal prosecution. Multi-chamber desiccators are best for this because you can keep all the samples in different chambers of a single desiccator. Keeping it in separate chambers will refrain the mixing of samples and any legal problems that could happen because of the contamination.
Solar panel manufacturing:
For manufacturing the solar panel, there needs to be the perfect formation of structured crystals with potential positive orientations. Those crystal cells are used to produce photovoltaic cells. Photovoltaic cells are also widely known as solar cells, which are the primary reason for panels getting solar energy to produce electricity.
A desiccator protects the solar cells from the environment because they are guided mechanically to a cleanroom in order to get them assembled in solar panels. Cleatech provides you the best desiccator that has the features of plenum and shelves that give the chamber’s racks the efficient flow of nitrogen gas.
Semiconductors:
The microelectronics that are used and consumed by the automotive industries and smartphones require special storage. The microchips and integrated circuits are prone to get damaged due to the moisture in the air.
It is imperative to store them in a place where there is low humidity and a shelf that is dry. Desiccators are the best way to give the microchips and integrated circuits the atmosphere they need to stay good and work properly.
It is sure that the low humidity is directly associated to the electro-static discharge, also stated as ESD voltages. ESD is essential for semiconductors to be contained in an environment that has a static dissipative desiccator system.
Carbon dating samples:
The specimens that are extracted from the soil are geological specimens. These specimens are used for investigating the factors that lead to information about climate changes that could occur in the near future.
The organic matter can be contaminated due to the humidity, which would decrease the chances for us to investigate the factors in a fair manner. The specimens are then kept in the desiccators to help them avoid any humidity that could ruin their organic matter.
The radiocarbon levels in the samples are preserved with the help of desiccators until they are needed for the reduction process that helps to extract the pure carbon out of them. That carbon powder is then used for more in-depth and exact scientific analysis.
