Product features

The measuring cup has a round mouth and a smooth surface; the scale is clear and easy to observe; the wide and flat base makes it stable; the shape is beautiful, the specifications are diverse, and the craftsmanship is fine; the material is stable and the light transmittance is high; the high borosilicate glass has a smooth wall thickness without bulges; Sturdy, durable and corrosion-resistant; there is a notch on the top side of the measuring cup for easy pouring, and the outer wall of the measuring cup is marked with clear graduations.

The measuring cup is made of high borosilicate glass, which has extremely high transparency, allows you to clearly observe the level and status of the liquid in the measuring cylinder, making it easy to accurately read the liquid volume. High temperature resistance, able to withstand certain high temperatures, not easily deformed or broken when used in heated or high-temperature environments, meeting the needs of some experiments that require heating operations. It has good tolerance to most chemical substances and does not easily react with chemical reagents such as acids, alkalis, and salts, ensuring that impurities will not be introduced or affect the experimental results when conducting chemical experiments or analyses.

The scale lines on the measuring cup are finely carved and calibrated, with high precision, and can accurately measure liquids of different volumes, providing reliable data for experiments and analysis. There are a variety of specifications with different capacities to choose from, ranging from a few milliliters to several liters, which can meet the needs of different experiments and application scenarios.

Product details

We can produce different measuring cups as per customer’s requirements.We can also print your logo on the measuring cups if the quantity is large,please feel free to contact us online.

Product specifications 

Product applications

The applications of measuring cups are as follows:

laboratory:

Used in chemical experiments to accurately measure reagents, prepare solutions and control reaction ratios.

In biological experiments, liquids such as culture medium can be measured to assist cell culture and molecular biology experiments.

It can be used to measure the volume and density of liquids in physical experiments, or as a container for holding liquid media to observe optical phenomena.

Industrial areas:

Monitoring liquid flow and composition in chemical production for reactor control and quality inspection.

The pharmaceutical industry accurately measures drug raw materials and solvents and conducts drug quality testing.

The food processing industry measures the volume of raw materials and additives, as well as performs quality inspection analysis.

Education field:

School laboratories are commonly used tools for students' experiments to help them understand measurement concepts and develop operational abilities. They can also be used by teachers to demonstrate experiments.

In popular science education, it is used as a display tool to introduce scientific knowledge and experimental methods to the public.