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Penstocks (Sluice Gates)
Penstocks (Sluice Gates)

Penstocks (Sluice Gates)

Reliable Flow Control and Isolation for Water and Wastewater Media

Fibros Penstocks—frequently specified as sluice gates—are engineered for precise flow control and absolute isolation of water, wastewater, and sludge. Designed for installation in open channels, wall openings, and pipe outlets, these massive gates are critical for managing fluid levels across municipal and industrial water infrastructure. Whether isolating a treatment basin or controlling fluid dynamics in large-scale desalination and commercial water projects, our penstocks deliver exceptional leak-tight performance and long-lasting structural durability.

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  • Technical Specifications
  • Features
  • Industry Applications
Valve Type Penstock / Sluice Gate / Wall-Mounted Gate
Applicable Standards AWWA C561 / BS 7775
Size Range Fully custom-engineered for specific channel or wall dimensions (e.g., standard channels up to large-scale 1000mm x 1500mm water media gates and beyond)
Mounting Configuration Wall-Mounted (Anchor Bolted), Cast-in-Wall Thimble Mounted, or Flange-Mounted to Pipe End
Operating Media Raw Water, Potable Water, Wastewater, Sewage, Sludge, Seawater
Design Head Standard designs up to 10 mWC (Custom engineered for higher project-specific heads-Seating & Unseating)
Body / Frame Material Mild Steel (IS 2062) with anti-corrosive coating, Stainless Steel (SS304/SS316/SS316L)
Door / Gate Material Mild Steel, Stainless Steel (SS304/SS316/SS316L)
Seat / Sealing Type Resilient Seating (EPDM / Neoprene) or Metal-to-Metal (Gunmetal / Bronze / SS)
Stem (Spindle) Stainless Steel (SS304 / SS316) with precision-machined ACME or square threads
Actuation Options Manual Handwheel, Gearbox Operation, or Motorized Electric Actuators

  • Robust Hydrostatic Resilience

  • Leak-Tight 4-Sided Sealing

  • Precision Lifting Mechanics

  • Adjustable Wedging Action

  • Corrosion & Wear Resistance

  • Water & Wastewater Treatment

  • Desalination Plants

  • Irrigation & Flood Control

  • Power Plants

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