| Attribute | Value |
|---|---|
| Company | Tribocor Technologies |
| Part Number | 140675-01-72-03 |
| Component | Seat Valve |
| Revision | 02 |
| Manufacturer | Cameron Iron Works Inc |
| TTI | TTI-Tribocor Technologies Inc. |
| 40516-20 | Hrb: 97.0 |
| H/N | 253920 |
| WPS | 110 |
| XREF | X000007016 |
| Material Number | 13450 |
| Description | Seat, Valve, Manual Fls; 2 1/16 Inch Nom |
| Weight | 740 Gm |
| Reference Number | 64043 |
Understanding the 140675-01-72-03 Seat Valve
The Tribocor Technologies 140675-01-72-03 Seat Valve Rev 02 is a well-designed part to be used in fluid flow regulation for industrial applications. It is well built and precise in its control mechanisms, ensuring its durability and dependability for heavy operational usage.
Key Features
High-Quality Material – Made from robust materials that can withstand high pressures and extreme conditions.
Enhanced Durability – Resistant to wear, corrosion, and operational stress, thus providing a long life.
Precision Flow Control – Provides precise fluid flow control to enhance system efficiency.
Compact Design – Designed for incorporation in various system configurations.
Revision 02 Improvements – Includes performance improvement of sealing and strength characteristics.
Applications
The seat valve 140675-01-72-03 is used in virtually every sector, in which critical systems will continue to work seamlessly. Applications include but are not limited to;
Hydraulic Systems – used in industrial machinery and automation for precise fluid control.
Aerospace Engineering – It is used in fuel and hydraulic control systems to ensure reliability under extreme conditions.
Oil & Gas Industry – Used in controlling the movement of fluids in high-pressure environments.
Manufacturing Plants – It supports production lines that operate based on fluid dynamics for improved efficiency.
Advantages of Using Tribocor Technologies’ Seat Valve
Higher System Efficiency – Reduces pressure drops and allows for smooth transition in flow.
Extended equipment life-span – minimizes wear and tear of the connected elements.
Reduced Maintenance Costs – Minimizes maintenance cost due to durable construction, thereby lowering the repair and replacement frequency.
Optimized Performance – Optimized performance that ensures consistent operation under variation in pressure and temperature.
Reliable Sealing Mechanism – Reliable sealing mechanism prevents leakage and maintains system integrity.
