Hastelloy C276/b3 Lug Butterfly Valve

Middleeast Valve is the reputable supplier of high performance industrial valve providing corrosion resistant solutions like the Hastelloy C276/B3 Lug Butterfly Valve. Designed for harsh service application – this valve guarantees long term performance in highly corrosive environment like chemical and marine industry.

 Definition

The Hastelloy C276/B3 Lug Butterfly Valve is a quarter turn valve with threaded lugs for bolting between flanges to facilitate easy isolation and end-of-line service. It is made of Hastelloy C276 or B3 and boasts a higher resistance to a broad spectrum of aggressive chemicals and acidic media.

 Key Parts

Major parts consist of Hastelloy valve body and disc, shaft, resilient seat, lugs, and actuator. The composition of high-nickel alloy provides outstanding resistance to corrosion, pitting, and stress corrosion cracking.

 Working Mechanism

This valve functions by turning the disc 90 degrees through a handle or actuator. The disc translates through the flow stream to manage fluid flow. On closure, the disc closes against the seat to block flow. The lug structure enables one end of the pipeline to be disassembled without influencing the other, which is perfect for maintenance.

 Advantages

  • High resistance to oxidizing agents and corrosive chemicals
  • High thermal stability and strength
  • Easy pipeline isolation with secure installation
  • Low maintenance and long service life
  • Applicable for both manual and automatic operation

 Industries Served

  1. Chemical and petrochemical
  2. Wastewater treatment
  3. Pulp and paper
  4. Marine and offshore applications

 Why Is It Required?

The Hastelloy C276/B3 Lug Butterfly Valve is required where aggressive fluids and stringent safety requirements necessitate a dependable, corrosion-resistant valve solution.

 Why Buy from Us?

Middleeast Valve provides industry-approved products, professional engineering assistance, quick delivery, and customized solutions for critical industrial requirements.