Chemical Research

Building a reliable barrier for process development and scaling up

In the development and pilot testing of chemical processes, the material's tolerance to harsh media directly determines the feasibility and safety of the research. PTFE products play a core role in this field: Lining and sealing of key equipment: As the lining material for reaction vessels, towers, pipelines, and valves, PTFE effectively isolates highly corrosive media (such as concentrated acids, strong bases, halogens, etc.), ensuring long-term stable operation of equipment under high temperature and high pressure conditions.

chemical experiment

Ensure the accuracy and origin of analytical data

In the pursuit of precision and purity in the field of chemical experiments, PTFE is the preferred material for high-end experimental equipment, and its contribution lies in: Maintaining an ultra pure environment for the system: PTFE beakers, crucibles, digestion tanks, and pipettes, etc., due to their extremely low ion precipitation characteristics, can ensure that they are not contaminated by containers during trace analysis, ultra pure substance synthesis, and microwave digestion processes, ensuring the authenticity and accuracy of data.

Material research

Extreme conditions for empowering cutting-edge exploration

In cutting-edge material science research such as new energy, semiconductors, and new materials, PTFE products can meet extremely demanding experimental requirements: Extreme environmental adaptability: Its wide temperature resistance range (-200 ° C to+260 ° C) enables it to be easily applied in cryogenic physics research, high-temperature synthesis, and other scenarios, providing a stable carrier environment for the preparation of new materials.

Hospital equipment

Protecting the purity and safety of life and health

PTFE's excellent biocompatibility (certified by USP Class VI) and biological inertness make it widely used in the medical field End implant devices: Expanded PTFE (ePTFE) is widely used in surgical implants such as vascular grafts, heart patches, and soft tissue repair due to its porous structure and tissue compatibility, and can fuse well with human tissues.