Hastelloy C276/b3 Gate Valve

Middleeast Valve is trusted name in Hastelloy C276/B3 Gate Valve in providing corrosion resistant flow control solution and engineered to meet the toughest industrial demands. These valve are ideal for highly corrosive environments where standard materials would fail, offering unmatched reliability and performance.

 Hastelloy C276/B3 Gate Valve is heavy duty industrial valve that is used to initiate or terminate fluid flow within pipeline. Constructed of Hastelloy alloy—C276 and B3—the gate valve are very resistant to powerful oxidizer, acid and high temperature. They are frequently utilized in industry where corrosion resistance is an essential aspect for safety and efficiency.

 Key Parts

  1. Valve Body: Made of Hastelloy C276 or B3 for excellent corrosion resistance.
  2. Gate (Wedge): Shift vertically within valve to open or shut flow.
  3. Stem: Provides linkage between gate and actuator, allowing accurate movement.
  4. Bonnet: Protects and seals internal parts while providing access for maintenance.
  5. Actuator: Manual or motorized unit employed to lift or lower the gate.

 Working Mechanism

This valve operates by opening the gate up to permit flow or down to restrict it. At wide-open operation, the gate retreats from the fluid path completely, with negligible pressure drop. At closed, it has a tight seal, isolating the pipeline sections successfully.

 Advantages

  • Exceptional Corrosion Resistance: Operates flawlessly in harsh chemical environments.
  • High Temperature Tolerance: Maintains reliable operation even at high heat.
  • Low Pressure Drop: Unrestricted, smooth flow passage when fully opened.
  • Durable Construction: Low maintenance with long service life.

 Applications That Benefit

  1. Chemical processing
  2. Petrochemicals
  3. Pulp & paper
  4. Marine applications

 Why is it Needed?

Where highly corrosive fluids are employed, regular valves fail rapidly. Hastelloy C276/B3 Gate Valve provides lasting protection, lowering the chances of leaks, system failure, and expensive downtime.