Our mechanical seal model 58UR  can replace ITT seals,which is widely used for FLYGT PUMP and  mining industry.The normal material combination include TC/TC/VITON/SS304/2CR13 and Resin carbon/TC/viton/ss304/2cr13. Our seal structure is totally the same as ITT original.we also can make changes as customers'requirement or totally design a new type of mechanical seal to meet clients'needs.

TS 58UR
Operating Limits :
Pressure: ≤1.0MPa
Speed: ≤10m/s
Temperature: -20℃~+150℃

Applications TS 58UR Machined Mechanical Seal (for FLYGT PUMP):
•    Submersible pumps (including FLYGT pumps)
•    Mining slurry pumps
•    Wastewater treatment plants
•    Dredging and dewatering systems
•    Industrial fluid transfer pumps
•    Pulp and paper industry
•    Power plant cooling water systems
•    Chemical processing and slurry handling

1. What is the TS 58UR Machined Mechanical Seal used for in FLYGT pumps?
The TS 58UR Machined Mechanical Seal is designed to replace ITT seals in FLYGT submersible pumps. It provides reliable sealing for applications in mining, wastewater treatment, dredging, and other demanding environments where leakage prevention and durability are essential.

2. What materials are available for the TS 58UR Mechanical Seal?
The TS 58UR is available in common material combinations such as TC/TC/VITON/SS304/2CR13 and Resin Carbon/TC/VITON/SS304/2CR13. We can also customize materials, including VITON, PTFE, and NBR for secondary seals, based on operating conditions and customer requirements.

3. What are the operating limits of the TS 58UR Mechanical Seal?
The TS 58UR can operate at pressures up to 1.0 MPa, speeds up to 10 m/s, and temperatures ranging from -20°C to +150°C. This makes it suitable for both standard and heavy-duty pumping applications.

4. Can the TS 58UR Mechanical Seal be customized for specific applications?
Yes. While the TS 58UR matches the original ITT seal design for FLYGT pumps, we can make design adjustments or create a completely new seal configuration to meet unique operational needs or challenging environments.