PTFE, which is also known by the name of Teflon is considered the most versatile polymer available in the global market today, the reason is simple; the Teflon tubes actually possesses a good number of exclusive characteristics that make them superior compared to other polymers. PTFE-Schläuch für 3D-Druck can clearly be stated as one of the materials that are highly resistant to chemicals, which improve its prospects of use in the industrial and manufacturing sectors.

Wondering about the application of the tubes? Here is a quick look at some of the common applications that speak in favor of the chemically resistant property of the tube.

Application of the Tube in Laboratories

PTFE boasts of a continuous and good use in laboratories for a number of years. The tube becomes a popular choice in dealing with chemicals at extreme temperature for a number of reasons. Here is a look:

1. The Teflon tube is know to chemically inert except to some specific alkalis at high temperatures.

2. PTFE is resistant to breakage. It would maximum deform under heavy burden or load, but would rarely break. This particular quality makes its quite useful for applications dealing with extreme centrifugal forces.

3. The polymer also boasts of a stable nature against temperature fluctuations. It cools down in no time from high temperature without cracking.

4. Teflon also comes across as a wonderful sealing material and is useful for stopcock application, as it seals gap & provides chemical resistance at the same time, better than glass.

5. The polymer is also know to very flexible and can extensively use as an alternative to glass and curve to match the requirements of the apparatus layout.

Pharmaceutical Applications of the Tube

Due to their thermal and chemical resistance, the Teflon tube comes across. As an ideal choice for biopharmaceutical and pharmaceutical processing equipment. The tubing is usually characterize by a non-reactive surface. Which makes it highly compatible with all kinds of solvents and chemicals. The non-reactive nature of the polymer also makes it resistant to corrosion that might arise during the transmission of fluids. Additionally, the polymer is also resistant to chemical absorption.