Types and Classifications of Butterfly Valves

Butterfly valves can be categorized by structural type: offset, vertical, inclined, and lever. They are also classified by sealing type: soft-seal and hard-seal. Soft-seal butterfly valves generally use rubber rings, while hard-seal butterfly valves typically use metal rings. Connection types include flange and wafer connections, and transmission methods include manual, gear, pneumatic, hydraulic, and electric.

Skived PTFE sheet

Skived PTFE sheet is a high-performance engineering plastic sheet made of polytetrafluoroethylene (PTFE) resin, which is pressed and sintered into cylindrical blanks and then skived on a precision lathe. It has excellent chemical stability, electrical insulation and extremely low friction coefficient, and is widely used in sealing, insulation, corrosion protection and lubrication.

Sanitary valves: key guarantee for the pharmaceutical and food industries

Sanitary valves refer to valve fittings used in places with high requirements for hygiene levels in the pharmaceutical and food industries. The following is a detailed introduction to sanitary valves:

High-performance PEEK Sheet: a revolutionary material in the field of engineerin

In the field of advanced materials, polyetheretherketone (PEEK) sheets are reshaping the technical boundaries of multiple industries with their outstanding performance. Made of high-performance thermoplastic polymers, these sheets are ideal for extreme environments due to their high temperature resistance, corrosion resistance, and high strength. Their applications continue to expand from aerospace to medical equipment.

About Arcylic fiber Packing

Acrylic fiber packing braided from high strength acrylic fiber with PTFE impregnated twice time. It has excellent properties of sealing, lubricating and resistant to chemical. The acrylic packing can be with or without oil. High elastic red silicone rubber core can absorb vibration.

Magical material PEEK rod: opening the door to innovation and change in multiple

In the vast world of materials science, various amazing new materials continue to emerge, and PEEK rod is undoubtedly one of the shining stars. With its extraordinary performance, it is quietly changing the landscape of multiple industries. From the high-altitude field of aerospace, to the life support of medical health, to the precision world of industrial manufacturing, PEEK rods have shown irreplaceable value. ​