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Vacumm Dessicator

Name: Vacumm Dessicator
Brand: WEE SCIENTIFICS
Price: 5000.0 INR
Availability: InStock

Price 5000.0 INR/ Number

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MOQ : 1 Number

Vacumm Dessicator Specification

Shape
Round

Glass Type
Borosilicate Glass

Temperature Resistance
Up to 120C

Features
Vacuum Valve; Airtight Seal; Chemical Resistant; Corrosion Proof

Control Type
Manual

Type
Vacuum Desiccator

Dimension (L*W*H)
Standard/Custom (varies with size, typical inner diameter 150-300 mm)

Equipment Type
Laboratory Desiccator

Equipment Materials
Borosilicate Glass, Plastic (Lid/Body), Silicone/Rubber (Gasket)

Power
Manual Operation (No Power Required)

Material
Borosilicate Glass & Polypropylene

Application
Moisture Sensitive Storage, Laboratory Sample Drying

Capacity (Ltr)
Varies (Standard 1-15 L)

Cleaning Method
Easy Clean Design, Removable Components

Vacuum Valve Material
PTFE / Polypropylene

Base Plate
Porcelain Plate Insert

Mounting
Benchtop

Lid Type
Clear (Transparent) Dome Lid

Max Vacuum Pressure
-740 mmHg (Approx)

Portability
Yes, Lightweight

Chemical Compatibility
Acids, Alkalis, Solvents

Autoclavability
Yes

Sealing Gasket
Silicone or Neoprene Rubber O-ring

Usable Temperature Range
-20C to 120C

Compatibility
Suitable for most laboratory desiccants

About Vacumm Dessicator

Vacuum Desiccator
A Vacuum Desiccator is a laboratory apparatus used to remove moisture from samples and store moisture-sensitive materials under low-pressure (vacuum) conditions.
It works by:

Creating a vacuum inside a sealed chamber

Using a desiccant to absorb moisture

Vacuum desiccators are widely used in:

Chemistry laboratories

Pharmaceutical industries

Material science research

Electronics and nanotechnology laboratories

Superior Moisture Protection for Laboratories

The vacuum desiccator excels in preserving sensitive samples by preventing humidity exposure. The airtight dome lid, combined with a reliable vacuum valve and chemical-resistant materials, ensures controlled, contamination-free storage. Its manual operation requires no electricity, making it suitable for laboratories seeking dependable, energy-efficient solutions.

User-Friendly and Versatile Design

Engineered with clear visibility and lightweight components, this vacuum desiccator allows for easy monitoring and handling. The removable porcelain base plate and smooth surfaces simplify cleaning. Compatible with a wide variety of desiccants, it meets the needs of different laboratory procedures, including sample drying and chemical storage.

FAQ's of Vacumm Dessicator:

Q: How does the vacuum desiccator maintain dryness and prevent contamination?

A: This desiccator provides an airtight seal using silicone or neoprene rubber O-rings and a high-quality vacuum valve. The internal vacuum effectively removes moisture, and the use of compatible laboratory desiccants ensures optimal dry storage. The clear dome lid allows easy sample observation without breaking the seal.

Q: What is the maximum vacuum pressure this desiccator can withstand?

A: The vacuum desiccator is rated for a maximum vacuum pressure of approximately -740 mmHg, making it suitable for most laboratory drying and storage applications.

Q: How can the vacuum desiccator be cleaned and maintained?

A: It features a design with removable components and smooth surfaces, making it straightforward to disassemble and clean thoroughly. The borosilicate glass, polypropylene, and porcelain materials are chemically resistant and autoclavable for high-level decontamination.

Q: When should I use a vacuum desiccator over a standard desiccator?

A: A vacuum desiccator is preferred when storing highly moisture-sensitive materials or when faster and more efficient drying is required. Its use of vacuum pressure accelerates moisture removal compared to non-vacuum models.

Q: What types of chemicals can the desiccator safely store?

A: Made from borosilicate glass, polypropylene, and PTFE, this desiccator is resistant to acids, alkalis, and solvents, allowing it to safely house a broad range of chemical samples.

Q: Where is this vacuum desiccator typically used?

A: It is primarily employed in laboratory environments, including research, clinical, pharmaceutical, and educational settings, wherever moisture-sensitive materials require controlled drying and storage.

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