Hydraulic / Mechanical Quick-Release System
Equipped with integrated hydraulic cylinders or heavy ratchet jack mechanisms for fast opening and closing of side shutters, reducing labour dependency.

Mould
Engineered for major civil infrastructure, highway flyovers and railway viaduct projects, our Heavy-Duty Precast Concrete Bridge & Culvert Steel Mould produces high-strength structural bridge components. Constructed from IS 2062 Grade B high-tensile structural steel with base plates up to 12 mm thick, this formwork system features hydraulic or mechanical side-opening mechanisms, modular segment extensions and pre-stressing strand compatibility for heavy-load casting.
Key Features & Benefits
Equipped with integrated hydraulic cylinders or heavy ratchet jack mechanisms for fast opening and closing of side shutters, reducing labour dependency.
Built in precision-matched 3 m to 6 m bolted segments, allowing operators to adjust overall girder or culvert length to match exact bridge pier spans.
Structurally reinforced to withstand intense strand tensioning and strand placement forces during pre-stressed girder casting.
Precision-machined flange joints fitted with heavy rubber gaskets prevent cement slurry loss for smooth, defect-free concrete surfaces.
Fabricated with 8 mm to 12 mm thick MS plates supported by I-beams and ISMC channels to eliminate deflection under extreme concrete loads.
Flyovers, elevated expressway corridors and NHAI highway bridges.
River bridges, canal overpasses and aquatic aqueducts.
Railway viaducts, metro rail elevated tracks and high-speed rail corridors.
Marine jetties, port structures and coastal retaining barriers.
High-tensile IS 2062 steel mould for precast bridge girders, box culverts and deck slabs, with hydraulic or mechanical quick-release and slurry-tight seals. Dimensions and configuration can be discussed based on your project requirement.
Share your drawing or requirement with us. Our team will guide you on available configuration options.
Call or WhatsApp us at +91 87804 86457 to discuss your requirement.