Industries We Serve
Industries We Serve
Performance-Tested Solutions for Every Environment
Engineering Resilience for Global Flow Control
Engineering Resilience for
Global Flow Control
From the high-thrust demands of regional hydroelectric dams to the corrosive environments of municipal wastewater facilities, the Pequoig PGW series is built for the world’s most punishing conditions. We provide the 100% American-made manual actuation required to keep critical infrastructure moving when failure is not an option.
Market Expertise
Industries We Serve
Wastewater & Municipal
Engineered for **30-year reliability** in corrosive, high-humidity environments. Our operators provide fail-safe control for sluice gates, clarifiers, and primary treatment bypass systems.
STANDARDS: AWWA C560 / C540
Hydroelectric & Dams
Managing extreme axial loads with the **PGW 103 and 104**. We specialize in high-torque manual overrides for penstocks and critical intake tower infrastructure where power failure is a constant risk.
CAPACITY: UP TO 40,000 LBS THRUST
Stormwater & Flood
Built to withstand surge pressures and debris-heavy surges. Our **American Ductile Iron** housings provide the fracture toughness required for emergency flood diversion and environmental restoration.
MATERIAL: HIGH-TENSILE DUCTILE IRON
Industrial & OEM
The preferred partner for gate and valve manufacturers. We provide **BABA-compliant** components, custom gear ratios, and CAD submittal support for complex heavy-industry builds.
COMPLIANCE: 100% BABA / AIS
Additional Sectors Served:
Navigation & Canals: Precision lock gate actuation for maritime infrastructure.
Mining & Heavy Industry: Ruggedized gearboxes for abrasive slurry and water management.
Irrigation Systems: Reliable manual control for agricultural diversion and canals.
Oil & Gas: Corrosion-resistant 316SS operators for offshore and refinery water systems.
Environmental Restoration: Fail-safe gates for marsh management and fish passage projects.
Why Partner With Pequoig Gear Works
Why Partner With Pequoig Gear Works