Our product range includes PTFE sheet-lined equipment, PTFE spraying and roller coating, plastic-lined equipment, PTFE-lined steel pipes and fittings, and related fluoropolymer components made from PTFE, PFA, ETFE, FEP and other advanced materials.
PTFE Lined Tees are used to divide or combine flow and create branch connections in corrosion-resistant piping systems. Zhuoyan is a China-based manufacturer and supplier of PTFE-lined fittings for chemical and pharmaceutical process piping.
The choice of tee depends on the diameter relationship between the main pipeline and the branch. Zhuoyan offers equal and reducing configurations to accommodate different piping layouts.
| Configuration | Typical Use | Selection Consideration |
|---|---|---|
| Equal Tee | Branch connections where the main pipe and branch have the same nominal diameter. | Confirm the pipe diameter and flange dimensions at all three connection points. |
| Reducing Tee | Branch connections where the branch outlet has a smaller diameter than the main pipe. | Specify the main pipe diameter and branch diameter to match the piping design. |
The internal PTFE liner separates the conveyed medium from the steel base, helping protect the metal body against corrosion from compatible acidic, alkaline, and other corrosive chemical media. Its smooth inner surface also helps reduce medium adhesion and residue along the flow path.
Each PTFE Lined Tee undergoes high-voltage spark pinhole inspection before shipment to check the integrity of the lining. For vacuum applications, a vacuum-resistant configuration can be designed according to the required vacuum level and operating conditions.
To configure PTFE Lined Tees for an existing or planned pipeline, provide the following information when available:
These details help clarify the required configuration and connection compatibility before production. Customized three-way diameters and flange specifications can be discussed according to the pipeline design.
Contact Shandong Zhuoyan New Materials Co., Ltd. for a quotation based on your piping requirements. Share the tee type, main and branch diameters, flange specifications, conveyed medium, and operating conditions to help determine a suitable configuration for your project.
