High Borosilicate Glass Crystallizing Dish Circular Dish Laboratory Dish High Temperature Resistance(Size:60mm)

Product Description:This high borosilicate glass crystallizing dish is designed for laboratory use and offers high temperature resistance. Made from glass material, this circular dish can withstand extreme heat without warping or breaking, ensuring longevity and reliability. Its smooth and flat surface allows for easy pouring and transferring of contents, minimizing the risk of spills or accidents. The transparent glass construction provides excellent visibility, allowing for precise observation and analysis during the crystallization process. In addition to its primary use for crystallization, this versatile dish can also be used for storage, mixing, and heating of various laboratory substances. Purchase this high-quality glass crystallizing dish for all your scientific experiments and enjoy its exceptional performance and durability.Material: High borosilicate glassColor: TransparentHigh temperature resistance, can withstand 200 degrees of temperature fluctuations.Application: Suitable for laboratory inoculation, marking, separation of the of the bacteria, can be used for the cultivation of the plant material.Model Number : High borosilicate glass crystallizing dishClassification : FlaskColour : Clean High borosilicate glass crystallizing dish

• Made of high borosilicate glass, this circular dish is perfect for crystallizing substances in the laboratory.
• The high temperature resistance of this dish allows it to withstand extreme heat without warping or breaking, ensuring durability and longevity.
• The smooth and flat surface of this laboratory dish makes it easy to pour and transfer contents, minimizing the risk of spills or accidents.
• The transparent glass construction of this crystallizing dish provides excellent visibility, allowing for precise observation and analysis of the crystallization process.
• This multipurpose dish can be used not only for crystallization but also for storage, mixing, and heating of various laboratory substances, making it a versatile tool for any scientific experiment.