Feature

●Specifications: Capacity: 50ml; Minimum scale value: 10ml; Material: borosilicate glass; Maximum temperature: 400 degrees Celsius; Overall size: 46 x 63 mm; Package includes: 1 x glass beaker, 1 x brush
●Advantage: Borosilicate glass material is heat resistant, corrosion resistant, and durable. Tapered sides and spout for easy pouring of melted ingredients High light transmittance helps you observe the reaction within your beaker. Convenient for pouring liquids through the spout
●Description: Just fill the ingredients and heat, the beaker can handle sudden changes in hot and cold temperature
●beaker is a common laboratory instrument used primarily for mixing liquids and heating liquids. Mainly applicable to most types of laboratories, classrooms, and even home kitchens
●Note: a. When heating the beaker, please lay a mesh under the beaker and heat it evenly. b. When used for melting, the liquid volume should not exceed 1/3 of the beaker volume. Do not touch the bottom of the cup or wall when stirring c.When heating liquid, do not exceed 2/3 of the volume of the beaker. d.When heating corrosive chemicals, you need to place the watch plate on the mouth of the beaker to avoid liquid splashing


Description

beaker is a common laboratory instrument used primarily for mixing liquids and heating liquids. This is mainly applicable to most types of laboratories, chemical engineering, classrooms, and even home kitchens.


Specifications

Volume: 1.7 fl oz (50
Minimum scale value: 0.3 fl oz (10 ml).
Material: Borosilicate glass
Maximum Temperature: 400 degrees Celsius

Overall Size: 46 x 63 mm
Brush Length: 10.8 inches (275 mm)
Package includes: 1 x Glass beaker, 1 x Brush


Benefits

Borosilicate glass material is heat resistant and durable.
Tapered sides and spout for easy pouring of melted ingredients
High light transmittance helps you observe the reaction within your beaker.
Convenient for pouring liquids through the spout


Description

Just put the ingredients into the beaker and heats it up to accommodate sudden changes in high and low temperatures.


Notice

a. When heating the beaker, lay a mesh under the beaker to heat evenly. b. When used for melting, the liquid volume should not exceed 1/3 of the beaker volume. Do not touch the bottom of the cup or wall when stirring c.When heating liquid, do not exceed 2/3 of the volume of the beaker. d.When heating corrosive chemicals, you need to place the watch plate on the mouth of the beaker to avoid liquid splashing.