We stock, inspect, and deliver high-tonnage construction support assets including heavy-duty shuttering plates, complete Cuplock systems, heavy prop jacks, and adjustable steel spans. Select your query item to request a custom rate quote sheet.
High-grade structural steel molds, plates, and lateral support components designed for flawless concrete setting.
Made of dense mild steel sheets reinforced with perimeter angle iron. Resists high lateral load margins during concrete vibration casting.
High-capacity compression telescopic props designed with threaded collars and drop pin systems for rapid height leveling of concrete slab pours.
Extendable horizontal box-girder truss systems that minimize or eliminate intermediate vertical support columns to maximize clear space below.
Dense steel runners positioned below concrete floor beam assemblies to maintain linear alignment and absolute level horizontal surfaces across vast bays.
Modular molds designed for pouring square, rectangular, or custom concrete structural columns. Secured with high-strength pins and tie-wedges to prevent bulging.
Interlocking Cuplock setups and structural frames designed for maximum safety at extreme working heights.
Heavy outer diameter tubular standards equipped with unique cast top locking cup nodes to mount horizontal ledgers cleanly and securely with a single tool-free strike.
Horizontal tubular tie elements with forged end plates designed to drop securely inside cuplock standard rings, aligning wide scaffolding configurations.
Anti-slip, fully-framed metallic walking planks designed to lock securely over running grid structures to allow seamless masonry and concrete inspection walks.
Sturdy levelling connectors and locking hardware designed to complete extreme structural scaffolding configurations.
Adjustable threaded U-head rods positioned at the top of vertical standards to align running steel beams and horizontal wooden layout logs.
Threaded leveler base units placed on ground levels below scaffold standards to balance height deviations on uneven gravel surfaces precisely.
Connective internal rods that securely link vertical scaffolding pipes end-to-end to raise structures safely to multiple floor elevations.
Heavy-duty clamp elements designed to securely bind scaffold tubes horizontally and vertically, assuring outstanding rigidity under extreme crosswind and live workloads.
To accurately estimate steel centering plates on rent, calculate your total slab area in square feet and divide by the plate size area (6 sq. ft for 3x2 plates, and 8 sq. ft for 4x2 plates). Add a standard 5% layout border overlap margin to account for variable structural column edges and beam bottom adjustments.
Under standard Indian civil structures, vertical cuplock standards should be spaced no further than 1.2 meters to 1.5 meters apart during slab casting heights of up to 4 meters. For double-height slabs or bridge girders, custom calculations using modular ledger alignments at 500mm nodes are mandatory to avoid structural vertical bucking risks.
Our yards operate a thorough checklist to ensure structural integrity: pipes are monitored for concentric gauge straightness under digital calipers, couplers are tracked for clean grease-lines and bolt threads, and base plates undergo stress verification welds to prevent sudden site shifts under concrete pressure.