Feature

●Specifications: Capacity: 50ml; Minimum scale value: 10ml; Material: borosilicate glass; Maximum temperature: 400°C; Overall size: 46 x 60mm; Package content: 3 x glass beakers
●Advantage: Borosilicate glass material is heat resistant, corrosion resistant, and durable. Tapered sides and pour spout make pouring of melts a breeze. High light transmission helps observe the reaction of the beaker. Makes pouring liquids from the outlet a breeze
●Installation Instructions: Just insert the ingredients and heat the beaker can respond to rapid changes in high and low temperatures
●Beakers are a common lab equipment that is primarily used for mixing liquids and heating liquids. Mainly used in most types of laboratories, classrooms, and even home kitchens
●Note: a.When heating the beaker, place the net under the beaker and heat it evenly. b.When using for melting, do not exceed 1/3 of the volume of the beaker. 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, place the watch glass over the mouth of the beaker to prevent liquid from splashing


Description

Beakers are a common lab equipment that is primarily used for mixing liquids and heating liquids. It is mainly suitable for most types of laboratories, chemical engineering, classroom 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: 802°F (400°C).

Overall Size: 46 x 60mm
Package content: 3 x glass beakers


Benefits:

Borosilicate glass material is heat resistant and durable for a long time.
Tapered sides and pour spout make pouring of melts a breeze.
High light transmission helps observe the reaction of the beaker.
Makes pouring liquids from the outlet a breeze.


Installation Instructions:

Just add ingredients and heat to your beaker can handle rapid changes in high and low temperatures.


Note:

a. When heating the beaker, place the net under the beaker to heat evenly. b.When using for melting, do not exceed 1/3 of the volume of the beaker. 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, place the watch glass over the mouth of the beaker to prevent liquid from splashing.