PTFE PTFE dry powder spoon/solution spoon

PTFEClass of products, capable of withstanding strong acids and alkalis, aqua regia, and hydrofluoric acid（HF）Various organic solvents. High purity material, no leaching or precipitation, no adhesion to samples, low and micro blank values of metal elements, suitable for high-performance laboratories such as trace analysis and isotope separation.

Polytetrafluoroethylene（PTFE）It has strong inertness, special temperature resistance and electrical insulation, excellent chemical stability, and almost no reaction with any chemical substance. Whether it is strong acid, strong alkali, strong oxidant, or organic solvent, it is difficult to corrode it.

In terms of performance,PTFEClass laboratory products demonstrate significant advantages. Wide temperature resistance range, can be used in -200℃ to 260Stable use within the temperature range of ℃, capable of handling both sample preservation in low-temperature environments and chemical reactions under high-temperature conditions with ease; The friction coefficient is extremely low, only 0.04This makesPTFEThe surface of the product is smooth, easy to clean, reduces residue, and lowers the risk of cross contamination; Meanwhile,PTFEThe material is non-toxic and harmless, meets strict hygiene standards, and can be safely applied in related experimental fields such as food and medicine.

Application Industry

Semiconductor manufacturing: wafer etching and cleaning, high-purity chemical delivery system.

New energy research and development: proton membrane treatment for fuel cells, electrolyte research for lithium batteries.

Nuclear industry: radioactive waste packaging, nuclear fuel reprocessing.

Synthesis of special materials: preparation of carbon nanotubes, sintering of superconducting materials.

Military aerospace: Rocket propellant testing, components that can withstand harsh environments.

In the field of chemistry and chemical engineering, it is used for experiments and storage of various corrosive chemicals

Environmental monitoring field: used for processing complex environmental samples and withstanding the erosion of various chemical substances

Analytical measurement: applied to experiments with ultra-high requirements such as trace analysis