Evaporating Dishes

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Evaporating Dishes Specification

Core Components
Porcelain body, glazed interior

Feature
Glazed interior for easy cleaning, chemical resistance

Model No
ED-series

Temperature Range
Up to 1000C

Automation Grade
Manual

Capacity
Multiple sizes available

Equipment Materials
High Grade Porcelain

Type
Laboratory Evaporating Dish

Usage
Used for evaporation of solutions and liquids in laboratory

Dimension (L*W*H)
Varies per capacity (e.g., 50 ml: 60 x 30 mm, 250 ml: 105 x 45 mm)

Weight
Varies with capacity (Approx. 25g to 250g)

About Evaporating Dishes

We bring forth a vast range of Evaporating Dishes that is manufactured using high quality raw material. These are extensively used for various applications in labs, educational institutes and associated industries. We make sure to use superior-quality packages for packing the products, so that these can be delivered safely. Moreover, we strive to deliver the products within stipulated time-duration. Given below are the features of our products:

Corrosion resistance
Optimum strength
Compatibility

Superior Design for Laboratory Efficiency

Each evaporating dish features a round form with a spout, enhancing precision during pouring tasks. The robust porcelain construction ensures remarkable durability, while the glazed finish on both the interior and exterior (excluding rim) contributes to straightforward cleaning and increased longevity. Their stackable structure allows for convenient storage, even in space-limited laboratory environments.

Exceptional Heat and Chemical Resistance

Engineered to withstand temperatures up to 1000C, these dishes are suitable for high-temperature laboratory applications. Their composition allows them to endure exposure to most acids and alkaline solutions, ensuring reliable performance and resistance against corrosive substances encountered in chemical procedures.

Versatile Applications in Scientific Research

These porcelain evaporating dishes are employed in laboratories across chemical, pharmaceutical, and academic sectors. Their primary function includes the evaporation of solvents and liquids, making them indispensable for sample concentration, crystallization, and preparation processes. Available in various sizes, they address the diverse requirements of research and routine laboratory work.

FAQs of Evaporating Dishes:

Q: How should I use the round glazed evaporating dish in my laboratory experiments?

A: To use the evaporating dish, pour your solution into the dish and place it on a heat source compatible with high temperatures (up to 1000C). The wide, shallow design and spout facilitate evaporation and easy pouring of residues once the liquid has evaporated.

Q: What benefits does the glazed surface of the evaporating dish provide?

A: The glazed inner and outer surfaces offer excellent chemical resistance and make the dish extremely easy to clean after use. This reduces the risk of cross-contamination between experiments and helps maintain the dishs integrity.

Q: When is it appropriate to use this evaporating dish in laboratory work?

A: This evaporating dish is ideal for evaporation processes in laboratories, particularly when concentrating samples or removing solvents in chemical, pharmaceutical, and academic environments.

Q: Where are these porcelain evaporating dishes commonly utilized?

A: These dishes are regularly used in chemical, pharmaceutical, and educational laboratories across India and internationally for evaporation and sample preparation tasks.

Q: What is the cleaning process for the glazed laboratory evaporating dish?

A: After use, allow the dish to cool before cleaning. The glazed surface helps prevent sticking of residues, so it can be easily washed with laboratory detergents and water. Avoid using abrasive materials that might damage the glaze.

Q: Are lids available for these evaporating dishes?

A: Generally, these evaporating dishes are supplied without lids to allow for efficient evaporation of solutions.

Q: What are the advantages of the dishs stackable design?

A: The stackable design enables efficient storage, helps save space in laboratory cupboards, and prevents accidental damage when multiple dishes are used or stored together.

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