Transparent, fixed-price building

Instead of thick, intrusive beams and bulky columns that disrupt interior layouts, this system uses advanced concrete engineering to keep the structure slender and expansive.

Post-Tensioned (PT) Slabs

High-strength steel tendons are laid inside the concrete forms in a specific draped profile. Once the concrete cures, these cables are tensioned with hydraulic jacks. This active internal compression allows the concrete to resist massive bending forces, resulting in incredibly thin floor plates.

Monolithic Shear Walls

Strategic vertical concrete walls replace scattered columns. They act as the primary lateral load-resisting system, handling wind and seismic forces while keeping the interior floor plan completely open.

Elite concrete construction requires rigorous chemical, structural, and laboratory testing to ensure zero structural variances.

IS 456:2000 & IS 13920:2016

Designed under the Indian Standard for Plain and Reinforced Concrete (IS 456), incorporating IS 13920 ductile detailing for seismic forces — so the concrete skeleton can flex and absorb earthquake energy without brittle failure.

M40 / M50 Design-Mix Concrete

Where standard buildings use M20–M25, moving to M40/M50 means a custom-engineered mix (fly ash, micro-silica, advanced superplasticisers) for ultra-high compressive strength, low permeability, and a flawless surface finish.

Fe 550D / Fe 600 CRS Rebars

Thermo-Mechanically Treated steel bars with high ductility ("D"). Corrosion-Resistant Steel bars are alloyed with copper, chromium and phosphorus to resist rust in aggressive environments.

NABL Lab-Certified & Batch Tickets

Every batch of Ready-Mix Concrete arrives with automated computerised batching tickets detailing the exact water-cement ratio. Compressive strength is verified by independent NABL-accredited labs via 7-day and 28-day cube crushing tests.

High-grade concrete combined with post-tensioning mimics the spatial advantages of structural steel.

Column-Free Open Spans

PT slabs easily achieve clear spans of 9 to 12 metres (or more) without intermediate columns or drop beams — yielding completely flat, unobstructed ceilings.

Slender Perimeter for Large Glazing

Because internal PT forces and core shear walls carry the heavy loads, perimeter columns can be made exceptionally slender or shifted inward — creating massive structural openings for floor-to-ceiling glass facades.

Weight optimisation and a 75–100 year lifecycle, protecting the internal rebar from spalling.

Flat Slab / Voided Slab Systems

Flat slabs (no internal beams) or voided slabs (recycled plastic voids inside the matrix, like Cobiax) remove unneeded dead weight from the centre of the slab while maintaining maximum depth and stiffness.

Penetrating Crystalline Waterproofing

Added into the mix or applied deep into the pores, it chemically reacts with moisture to grow non-soluble crystals, permanently sealing micro-cracks from water ingress.

Anti-Carbonation Coatings

High-build protective external coatings shield the concrete from CO₂ and moisture, preventing atmospheric gases from lowering the pH and rusting the internal rebar.

Engineered Clear Cover for Fire Rating

Strict clear-cover dimensions (40–50 mm per IS 456) ensure a natural 2-hour fire rating without additional surface paints.

Institutional-grade assurance, backed by design-mix discipline and non-destructive testing.

System / Aluminium Formwork (Mivan)

Engineered aluminium or steel panel formwork replaces wooden shuttering, enabling rapid sequential monolithic pours — perfectly plumb walls, razor-sharp edges, and faster de-shuttering.

Fair-Faced Architectural Concrete

M40+ self-compacting concrete with system formwork yields a smooth, blemish-free "exposed concrete" aesthetic that needs no plastering — ideal for a minimalist design language.

Structural Warranty

Institutional-grade assurance, backed by strict design-mix configurations and non-destructive testing such as Ultrasonic Pulse Velocity (UPV) post-curing.