PFA test tubes are widely used in chemical analysis, pharmaceuticals, semiconductor manufacturing, environmental monitoring and other fields.
PFA test tubes have the following product features:
Excellent chemical resistance: PFA material has strong corrosion resistance to almost all chemicals (such as acids, alkalis and organic solvents), making it stable in extreme chemical environments.
High temperature stability: PFA test tubes can withstand high temperatures and can usually be used at temperatures around 260°C without deformation or degradation, making them suitable for experimental operations in high temperature environments.
Low adsorption: The surface of PFA is very smooth and has very low adsorption, which can effectively prevent the substances in the sample from being adsorbed on the inner wall of the test tube, ensuring the accuracy and consistency of the experiment.
High purity: The PFA material itself is extremely pure and does not contain metal impurities. It is very suitable for experiments that are extremely sensitive to pollution, such as trace analysis and the semiconductor industry.
Good transparency: PFA test tubes have good light transmittance, which is convenient for observing the state of the sample in the tube, especially for experiments that need to monitor the reaction process.
Radiation resistance: PFA material also has good resistance to UV and radiation, and maintains its chemical and physical properties when exposed to radiation or strong light.
Reusable: Due to its durability and corrosion resistance, PFA test tubes can be sterilized or cleaned at high temperatures and used multiple times, extending the life of laboratory equipment.