Desiccators

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Desiccators Specification

Core Components
Lid, Base, Gasket, Stopcock (for vacuum type)

Automation Grade
Manual

Capacity
Varies from 250 ml to 27 liters

Temperature Range
Ambient to 150°C

Feature
High chemical resistance, airtight seal, transparent for sample observation

Model No
Various models available (Standard/Vacuum)

Accuracy
Airtight seal ensures low humidity

Measurement Range
Moisture content reduction to near-zero

Equipment Materials
Borosilicate glass lid, Polycarbonate/plastic body, Silicone or neoprene gasket

Type
Standard, Vacuum Desiccator

Usage
Moisture removal, dry storage, laboratory sample protection

Display Type
Analog/Manual

Dimension (L*W*H)
Varies with model; typically 150mm to 400mm diameter

Weight
1.5 kg to 12 kg

Colour
Transparent/White

Lid Type
Borosilicate Glass (Standard), Polycarbonate/Plastic (Economy)

Max Vacuum
Up to -700 mm Hg (for vacuum models)

Stopcock
PTFE or glass stopcock for vacuum models

Sample Holder Compatibility
Porcelain plate/sample tray included

Surface Finish
Smooth, easy to clean

Recommended Application
Chemical, pharmaceutical, biological, educational laboratories

Gasket
Silicone/neoprene for airtightness

Shape
Circular

About Desiccators

Under able guidance of our skilled engineers and technicians, we are able to manufacture and export a wide range ofDesiccators. We fabricate these products by making use of premium quality material, which is procured from reliable vendors of the market. Owing to the superior quality and cost-effective prices of these products, we have been able to earn goodwill across the globe. Clients can avail these quality-approved products using easy and simple payment options. Some of the features of our products are mentioned below:

Durability
Quality assured
Cost effectiveness

Exceptional Airtightness and Durability

Built with high-quality materials such as borosilicate glass lids and chemically resistant bodies, these desiccators guarantee reliable performance in moisture-sensitive laboratory processes. With silicone or neoprene gaskets and precision stopcocks, even vacuum-sensitive applications benefit from their airtight seal and dependable humidity control.

Designed for Versatile Laboratory Applications

Suitable for chemical, biological, educational, and pharmaceutical laboratories, these desiccators accommodate a variety of sample storage and drying needs. Their substantial temperature tolerance (ambient to 150C) and multiple capacities ensure they fit seamlessly into diverse workflows, making them ideal for everyday laboratory routines and specialized procedures alike.

User-Friendly, Cleanable, and Observable

A transparent or white finish, smooth surfaces, and included porcelain plates make sample monitoring, cleaning, and maintenance straightforward. The analog/manual operation keeps control in your hands, while sample trays support organized storage, ensuring your lab stays efficient and contamination-free.

FAQs of Desiccators:

Q: How do I properly use a vacuum desiccator for moisture removal?

A: Place your samples on the included porcelain plate or tray inside the desiccator. Ensure the silicone or neoprene gasket is properly seated for an airtight seal. For vacuum models, connect the PTFE or glass stopcock to a suitable vacuum pump and reduce pressure to your desired level, up to -700 mm Hg. Always monitor pressure and ensure a gradual release to avoid sample disturbance.

Q: What advantages does a borosilicate glass lid offer for standard desiccators?

A: Borosilicate glass lids provide excellent chemical resistance and clarity, allowing safe observation of stored samples while resisting chemical corrosion and thermal shock. This makes them ideal for laboratory environments that require both durability and visibility.

Q: When should I choose a vacuum desiccator over a standard one?

A: Opt for a vacuum desiccator when you require accelerated drying or moisture removal at lower humidity than air alone can provide. Vacuum desiccators are particularly effective for sensitive biological, chemical, or pharmaceutical samples that demand minimal atmospheric moisture.

Q: Where can these desiccators be effectively used?

A: They are recommended for chemical, pharmaceutical, biological, and educational labs. Their robust construction and chemical resistance make them versatile for storing reagents, protecting sensitive samples, and ensuring dry storage in various scientific environments.

Q: What is the cleaning process for maintaining desiccator hygiene?

A: Disassemble removable parts, such as the lid, gasket, and stopcock. Clean all surfaces with mild laboratory detergent and rinse thoroughly with distilled water. Dry completely before reassembly to maintain airtightness and prevent contamination.

Q: What benefits does the airtight seal provide to laboratory samples?

A: An airtight seal, ensured by silicone or neoprene gaskets and secure stopcocks, prevents external moisture from entering, thus maintaining a low-humidity environment and protecting samples from degradation, contamination, or reaction with atmospheric water vapor.

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