300*250*20mm PTFE Perforated Tray, size can be customized

Product Characteristics

-Excellent Corrosion Resistance: PTFE trays can withstand the erosion of strong acids, strong bases, and various organic solvents, demonstrating high chemical stability.

-Excellent High and Low Temperature Resistance: PTFE trays have a wide operating temperature range, from -200℃ to +250℃, and can maintain stable performance under extreme temperature conditions.

-Very Low Friction Coefficient: PTFE trays have a very low friction coefficient and are not prone to adhesion with other materials, making them easy to clean and maintain.

-Good Electrical Insulation Properties: PTFE trays have excellent electrical insulation properties with low dielectric constants and dielectric losses that do not change with temperature and frequency.

-Biocompatibility: PTFE material has good biocompatibility and is suitable for use in medical and biotechnology fields.

-Customizability: Can be customized according to customer requirements, including size, carrying capacity, shape, etc.

Application Fields

-Trace Analysis and Isotope Detection:

In trace analysis experiments (such as ICP-MS/OES/AAS, etc.), the low metal element blank value and non-leaching, non-releasing properties of PTFE trays ensure the accuracy of analysis results and prevent sample contamination. The perforated design facilitates the dripping or filtration of sample solutions, making it easier to perform experiments.

-Chemical Synthesis and Catalytic Reactions:

In chemical synthesis and catalytic reaction experiments, PTFE trays can withstand the corrosion of various strong acids, strong bases, and chemical solvents, protecting the experimental bench and personnel from exposure to these chemicals. Additionally, the perforated design aids in the venting and collection of gases or liquids produced during the reaction.

-Biochemical Experiments and Cell Culture:

In biochemical experiments and cell culture processes, it is crucial to ensure the cleanliness and sterility of experimental utensils. The non-stick and easy-to-clean properties of PTFE trays make them ideal for storing and transferring biological samples. The perforated design facilitates gas exchange and nutrient solution addition during cell culture.

-High Temperature and High Pressure Experiments:

In experiments requiring high temperature or high pressure conditions, such as those involving high-pressure digestion tanks, PTFE trays can withstand high temperatures and pressures without deformation or cracking, ensuring the smooth progress of the experiments.

-Film Formation Experiments and Sample Liquid Leakage:

In film formation experiments or those involving sample liquid leakage, PTFE trays provide a flat, corrosion-resistant surface to ensure the accuracy of experimental results. The perforated design aids in the uniform distribution and leakage of sample liquids.