Key Features

• High Speed & Pressure: Reinforced bellow geometry designed to withstand the pressure spikes and high RPMs (up to 4000 RPM) of booster service.

• Thermal Stability: Maintains face flatness even during rapid temperature cycling common in booster applications.

• Vibration Resistance: The bellow design accommodates the high-frequency vibration often found in multistage booster pumps.

• 45-Degree Tilt Edge: The bellow leaflets are welded at a 45-degree angle to disperse stress concentration, ensuring the bellow doesn't crack under high pressure pulsating loads.

• Balanced Hydraulic Design: Effectively balances the closing force to prevent face opening during pressure drops or vaporization.

Product Specifications

Workshop

This workshop is equipped with professional processing equipment and integrated with standardized material warehousing management, enabling a one-stop production process from precision machining to finished product delivery. It ensures part machining accuracy and production efficiency, meeting various high-specification manufacturing requirements.

Product Research, Development and Testing

Our Product R&D and Testing focuses on optimizing seal performance through advanced simulation and material analysis. All booster pump mechanical seals undergo rigorous trials, including thermal cycling and pressure tests, to ensure durability, minimal leakage, and long service life in demanding industrial environments.

Industry Solutions

FAQs about High Temperature Metal Bellows Mechanical Seal for Booster Pump

Q: Can this handle low lubricity fluids like hot water?

A: Yes, hot water is a difficult lubricant. We recommend using Hot Water Carbon vs. Tungsten Carbide faces, as this combination resists the "washing out" of the binder in standard carbons.

Q: What are the primary advantages of using a metal bellows seal for a booster pump?

A: The metal bellows seal provides a compact, all-metal welded bellows that eliminates traditional rubber or elastomer secondary seals, which are vulnerable to degradation under high temperatures. This design allows the seal to handle thermal expansion, absorb shaft vibrations, and reliably operate in high-temperature applications (e.g., up to 425°C) without failure.

Q: How is this seal designed to maintain performance in a high temperature pump environment?

A: This metal bellows mechanical seal is engineered specifically for high-temperature use by utilizing materials resistant to heat and corrosion. Its flexible metal bellows structure adjusts to thermal expansion, preventing leakage and ensuring consistent sealing face loading. It is commonly used in boiler feed pumps, hot oil systems, and chemical applications where standard seals fail.