Uflow 3 Inch / 80mm SS304 Pneumatic Ball Valve Flanged with Solenoid Valve 12v DC

The Uflow 3 Inch (80mm) SS304 Pneumatic Ball Valve with Flanged End is a durable and high-performance solution for industrial fluid control. Designed with a robust SS304 (CF8) body, stem, and ball, and equipped with a PTFE seat, this valve delivers excellent corrosion resistance, bubble-tight sealing, and efficient flow control. The 3-piece twin-seal construction and full-port design ensure optimal flow with minimal pressure drop. Its compact pneumatic rotary actuator offers reliable automation, making it ideal for demanding applications.

Key Features:

• Durable Build:
  • SS304 (CF8) body, stem, and ball for high corrosion resistance and structural integrity.
  • PTFE seat ensures reliable sealing and extended lifespan.
  • 3-piece twin-seal design for enhanced performance and durability.
• Pneumatic Rotary Actuator:
  • Aluminum extruded, hard-anodized body for corrosion resistance.
  • Maintenance-free rack and pinion design for smooth operation.
  • Finer teeth module for jerk-free travel and maximum torque output.
  • Low air consumption for efficient performance.
• Performance Excellence:
  • Full-port construction minimizes pressure drop while maximizing flow.
  • Precision-machined ball with a mirror finish ensures bubble-tight shutoff and reduced operating torque.
• Standards Compliance:
  • Adheres to ASME B16.10, B16.25, B16.34, B16.5, API 598, BS EN ISO 17292, and ISO 5211 standards for quality and reliability.

Specifications:

• Valve Size: 3″ BSP
• Actuator Size: 80
• End Connection: Flanged End
• Pressure Class: #150
• Body Material: SS304 (CF8)
• Seat Material: PTFE
• Bore: Full Bore

Box Including:

• 1x Uflow 3″ SS304 Pneumatic Ball Valve (Flanged End)
• 1x Pneumatic Rotary Actuator (Size: 80)
• Installation manual and user guide

Applications:

• Industrial fluid and gas flow systems
• Chemical and petrochemical processing
• Water and wastewater management
• HVAC systems for automated flow regulation
• Food and pharmaceutical production environments