Product features

Melting point tube is made of high borosilicate glass material, which allows the experimenter to clearly observe the state of the sample in the tube and more easily judge the color change of the sample. This is useful and particulary important for some samples that need to judge the melting point through changes in color, appearance, etc, improve the repeatability and accuracy of experiments.

High borosilicate glass material can withstand higher temperatures without deformation or cracking, ensure that the experimental results will not be affected by temperature rise during the melting point determination process. The three sides of the triangle can provide different observation angles, and you can more clearly see the melting process, melting state and the presence of impurities of the sample, which helps to accurately judge the range of the melting point. The triangular shape is also conducive to the uniform distribution of heat, allowing the sample to be melted in a stable temperature environment, improving the accuracy of experimental results.

Melting point tube is low expansion rate, high temperature resistance, acid and alkali resistance, high strength, high hardness, high transmittance, high chemical stability, no leakage at the bottom of the tube, high temperature production, integrated, smooth tube mouth, fine workmanship, even and smooth sealing, smooth surface , no burrs, no protrusions, fine craftsmanship, delicate and strong, beautiful and textured, uniform wall thickness, smooth and round, shiny and transparent.Good light transmittance, high transparency, beautiful and elegant.

Product details

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

Product specifications

Product applications

Melting point tube is a commonly used laboratory glass instrument for measuring the melting point of substances using the capillary method.

In the field of chemistry, melting point tube Thide is used to analyze organic compounds, determine purity and structural correctness, study the formation and thermal stability of metal complexes, determine the melting point of inorganic compounds, and assist in studying their properties.

In the field of materials science, the melting point and melting range of polymer materials are determined to guide processing. Analyze the melting points and interactions of the components of composite materials.

In the medical field, the melting points of active ingredients etc are measured to evaluate purity and quality during drug development. Used for pharmaceutical quality control to ensure melting points meet standards.

In the field of education and teaching, chemical experiment teaching helps students understand the concept of melting point and master measurement methods. Physics experiment teaching, used for material phase changes and other related experiments.