Desiccators are containers made of plastic, glass or metal, for the purpose of storage and final drying of solids, to isolate external moisture in laboratories. Desiccators are an economical and reliable way to maintain dry (and dust-free) storage of moisture-sensitive parts and products.In the fields of electronics, pharmaceuticals, optics, metal, archeology, collectibles and museums. Basically, it is not used to dry material, but maintain a dry material in a dry environment.In each laboratory you can find a plastic or glass desiccator, round or rectangular for storage in dry cells of materials and parts.
A number of sizes and shapes are available.
MRC represents "sanpcatec" in its products Desiccators.
-The larger the diameter, the larger the volume of work. There are desiccators from diameter 150 mm to 300 mm.- Will the desiccator be used to create a vacuum? In this case a tube vacuum is needed.-Pyrex desiccator or polycarbonate desiccator? In the Pyrex desiccator you can place hot parts that have been removed from the oven.-Sealing by sealing rubber (O RING) or by silicone grease.-Is there a need for a vacuum clock that will show from a vacuum the depth in the desiccator?- Is a vacuum pump needed?
The main purpose is to keep moisture low using a desiccant.A desiccator protects moisture-sensitive items
A desiccator helps chemicals not get wet, and it helps any chemical stay dry all day.
A laboratory round vacuum desiccator is a sealed round container used to store and protect items that are sensitive to humidity.
It typically consists of a clear dome or lid and a base, with a valve for evacuating the air inside to create a vacuum.
The primary use of a vacuum desiccator is to maintain a low level of humidity inside the container, which helps to preserve the integrity of moisture-sensitive materials such as chemicals, biological samples, and electronic components. They are commonly used in laboratory settings to store and protect samples, instruments, and other equipment.
There are two main types of materials used to make laboratory round vacuum desiccators: Pyrex and acrylic.
Pyrex desiccators are made from borosilicate glass, which is known for its high resistance to thermal shock and chemical attack. They are often preferred for high temperature applications, but can be more fragile than acrylic desiccators.
Acrylic desiccators are made from a type of plastic known as polymethyl methacrylate (PMMA). They are more durable and less expensive than Pyrex desiccators, but are not as heat-resistant.
Sanpcatec instrument Is a leading company of laboratory plasticware in japan.Sanplatec Corporation is a Japan-based company founded in 1964
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