Dishes, Crystallizing

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Dishes, Crystallizing Specification

Power Supply
Not required

Temperature Resistance
Up to 400C

Heating Capacity
Resistant to thermal shock and rapid temperature changes

Shape
Circular / Shallow dish

Features
Uniform wall thickness, thermal/chemical resistance, transparent glass

Glass Type
Borosilicate, Soda Lime Glass

Control Type
Manual

Type
Crystallizing Dishes

Dimension (L*W*H)
Varies as per requirement (commonly available sizes: 60mm, 80mm, 100mm diameter)

Equipment Type
Laboratory Glassware

Material
Borossilicate Glass

Application
Laboratory crystallization, evaporating solutions, heating chemical samples

Capacity (Ltr)
Typically ranges from 0.05 Ltr to 0.5 Ltr, depending on dish size

Usage
Evaporation, crystallization, sample storage

Sterilization
Autoclavable, suitable for repeated sterilization

Surface Finish
Polished, smooth inner and outer surface

Edge Type
Reinforced bead rim for mechanical strength

Minimum Order Quantity
As per suppliers terms

Compliance Standard
ISO/ASTM standards (varies by manufacturer)

Packaging
Individually packed or bulk tray, shockproof packaging

Color
Clear/transparent

Reusability
Yes

About Dishes, Crystallizing

Experience the stellar performance of our Dishes, Crystallizingcrafted from premium borosilicate glass for exceptional durability. Enjoy a sizzling Price Cut on these enviable laboratory essentials! The polished, smooth surfaces ensure crystal-clear transparency for precise observation, while heroic resistance to thermal shock supports repeated heating up to 400C. Each dish, whether 60mm or 100mm, features a reinforced bead rim for extra mechanical strength. Autoclavable and reusable, these ISO/ASTM-compliant dishes come with shockproof packaging, making them a reduced-price hero for evaporation, crystallization, and storage needs.

Applications and Directions for Crystallizing Dishes

Crystallizing Dishes are a laboratory hero for tasks like evaporation, crystallization, and storage of chemical samples. Widely used in research labs, pharma, and educational settings, their clear, polished finish enables uncompromised sample observation. To use, simply add your sample, place the dish on a heating surface, and monitor progress. Ideally suited for controlled evaporations and precise crystal growth, these dishes excel in any facility demanding reliability, transparency, and thermal stability for sensitive chemical processes.

Certifications, Shipping, and Packaging Details for Premium Dishes

Our Premium Crystallizing Dishes comply with renowned ISO/ASTM standards and can be shipped from major Indian FOB Ports to your location. Each dish is individually packed or arranged in bulk trays with shockproof packaging to withstand freight handling. Secure shipping via trusted partners ensures your order arrives intact and ready to use. Compliance and robust packaging deliver peace of mind, making these dishes the ideal choice for global laboratories requiring certified and carefully shipped glassware.

FAQs of Dishes, Crystallizing:

Q: How can crystallizing dishes be reused in the laboratory?

A: Crystallizing dishes are made from robust borosilicate glass, making them ideal for repeated sterilization (autoclavable) and multiple uses across various lab applications.

Q: What are the main benefits of using a polished, transparent crystallizing dish?

A: The polished inner and outer surfaces provide a smooth, clear finish, allowing easy observation of samples and minimizing contamination risks during processes such as evaporation and crystallization.

Q: Where are these crystallizing dishes typically used?

A: These dishes are widely used in research facilities, universities, chemical laboratories, and pharmaceutical industries for sample evaporation, crystallization, and storage purposes.

Q: What process should be followed for sterilizing the dishes after use?

A: After use, wash the crystallizing dish thoroughly and sterilize it using an autoclave; the high-quality glass easily withstands the procedure, ensuring it is safe for reuse.

Q: What makes the reinforced bead rim design advantageous?

A: The reinforced bead rim increases mechanical strength, minimizing chipping or breakage during handling, heating, or transportation, making it suitable for rigorous laboratory protocols.

Q: When should you prefer borosilicate over soda lime glass?

A: Choose borosilicate glass for enhanced chemical resistance, superior clarity, and the ability to withstand rapid temperature changes, especially during heating up to 400C.

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