REFERENCE / DATA
Facts & figures
Every specification figure this site relies on, in one place: layer thicknesses in millimetres, curing periods in days, the Indian Standards each system works to, measured Mumbai rainfall by observatory, and ward and pincode data for 50 localities. Sourced, not estimated — and where a figure is not confirmed it says so rather than showing a number.
PROVENANCE
Where these numbers come from
Specification figures — thicknesses, curing periods, lap widths — are industry-standard values for the system described, not claims about any one project. A project specification always overrides them.
Rainfall is the long-period average from the IMD observatory that governs each zone. Ward and pincode data is administrative fact. Company statistics that we have not verified are shown as “to be confirmed” rather than estimated — which is why some cells below are empty rather than impressive.
COMPANY
Atlanta Waterproofing & Protective System
| Field | Value |
|---|---|
| Legal name | Atlanta Waterproofing & Protective System |
| Head office | 62-A, Dewan Centre, Level-1, Swami Vivekanand Rd, Jogeshwari West, Mumbai, Maharashtra 400102 |
| Phone | +91 98209 01110 |
| info@atlantawaterproof.com | |
| Hours | Mon–Fri 08:00–18:00 · Sat 09:00–16:00 · Sun closed |
| Experience | 40+ years |
| Systems carried | 49 |
| Service categories | 7 |
| Core localities served | 50 |
| Wider MMR areas | 15 |
| Year founded | To be confirmed |
| Projects completed | To be confirmed |
| Clients served | To be confirmed |
| Team size | To be confirmed |
STANDARDS
Indian Standards referenced
| Code | Scope | Systems |
|---|---|---|
| IS 3067 | Design details and preparatory work for damp-proofing and waterproofing of buildings | 38 |
| IS 1346 | Waterproofing of roofs with bitumen felts | 4 |
| IS 2645 | Integral waterproofing compounds for cement mortar and concrete | 8 |
| IS 456 | Plain and reinforced concrete — code of practice | 6 |
| IS 13935 | Repair and seismic strengthening of buildings | 5 |
| IS 12200 | Provision of water stops at transverse contraction joints | 5 |
THICKNESS
Layer thicknesses by system
| System | Layer | Thickness |
|---|---|---|
| Terrace Waterproofing | Waterproofing layer | 3-4 (membrane) or 75-115 (coba) mm |
| Terrace Waterproofing | Protective screed / finish | 20-40 mm |
| Basement Waterproofing | Pre-applied HDPE membrane | 1.2-2.0 mm |
| Bathroom Waterproofing | Cementitious or PU coating | 1.5-2.0 mm |
| Toilet Waterproofing | Cementitious/PU coating | 1.5-2.0 mm |
| Brick Bat Coba Waterproofing | Base coat / slurry | 2-3 mm |
| Brick Bat Coba Waterproofing | Brick bat in waterproofed mortar | 75-115 mm |
| Brick Bat Coba Waterproofing | China mosaic or IPS finish | 20-25 mm |
| China Mosaic Waterproofing | Bedding mortar | 15-20 mm |
| APP Membrane Waterproofing | APP membrane | 3-4 mm |
| SBS Membrane Waterproofing | SBS membrane | 3-4 mm |
| HDPE Membrane Waterproofing | HDPE membrane | 1.2-2.0 mm |
| TPO Membrane Waterproofing | TPO membrane | 1.2-1.8 mm |
| Polyurea Waterproofing | Polyurea | 1.5-3.0 mm |
| Overhead Water Tank (OHWT) Waterproofing | Food-grade lining | 1.5-2.0 mm |
| Underground Water Tank (UGT) Waterproofing | External pre-applied membrane | 1.2-2.0 mm |
| Underground Water Tank (UGT) Waterproofing | Food-grade internal lining | 1.5-2.0 mm |
| Swimming Pool Waterproofing | Immersion-grade membrane | 2.0-3.0 mm |
| Podium Waterproofing | Waterproofing membrane | 2.0-4.0 mm |
| Lift Pit Waterproofing | Cementitious tanking | 2.0-3.0 mm |
| External Plaster & Painting | Base plaster | 12-20 mm |
| Chemical Coating | Chemical coating | 0.5-2.0 mm |
| Cement Based Coating | Cementitious slurry | 1.5-2.5 mm |
| Elastomeric Coating | Elastomeric coating | 0.3-0.6 mm |
| Acrylic Coating | Acrylic topcoat | 0.15-0.3 mm |
| Solvent Based Coating | Solvent-based coating | 0.2-0.5 mm |
| Food Grade Coating for Water Bodies | Food-grade lining | 1.5-2.0 mm |
| Base Coat Waterproofing | Waterproof slurry base coat | 2-3 mm |
| Shahabad Ladi Waterproofing | Bedding mortar | 20-25 mm |
| FRP Lining Waterproofing | Glass fibre + resin laminate | 2.0-4.0 mm |
| Crystalline Waterproofing | Crystalline slurry | 1.0-1.5 mm |
| Box Type Waterproofing | Base membrane | 1.2-4.0 mm |
| Lime Terracing (Lime Concrete) | Lime concrete | 75-100 mm |
| Mud Phuska Waterproofing | Prepared mud layer | 100-150 mm |
| Refuge Area Waterproofing | Waterproofing membrane or coating | 2.0-4.0 mm |
| Chequered Tiles Work | Bedding mortar | 20-25 mm |
| IPS Screeding Work | IPS screed | 25-50 mm |
| External Plaster Work | Waterproofed cement plaster | 12-20 mm |
| External Painting | Exterior topcoat | 0.15-0.4 mm |
CURING
Curing periods
The figure most often compressed on site, and the one that decides whether a cementitious system survives its second monsoon.
| System | Curing requirement |
|---|---|
| Terrace Waterproofing | Cementitious layers are water-cured for a minimum of 7 days, and brick bat coba for 14–21 days. This is the single most frequently compressed part of a terrace job, because curing produces nothing visible. A coba that was cured for four days instead of fourteen looks identical at handover and cracks within two monsoons. |
| Basement Waterproofing | Cementitious tanking is kept damp and cured for 7 days minimum. Injection resin is left 24–72 hours before the leak is re-inspected, since polyurethane continues to react and expand after injection and a path that looks sealed at the end of a shift is not yet proof of anything. |
| Bathroom Waterproofing | Cementitious coatings are cured for 3–7 days depending on the product before the pond test. Tiling does not begin until the barrier has fully cured — laying tiles onto a green coating traps moisture and compromises the bond it has yet to develop. |
| Toilet Waterproofing | 3–7 days cure before pond testing, and full cure before tiling. Returning a WC to service before the barrier has cured is a common cause of early failure in occupied buildings where the room is needed back quickly. |
| Brick Bat Coba Waterproofing | 14–21 days of continuous water curing. Brick bat coba is a cementitious system of substantial thickness and it gains its strength and impermeability slowly. There is no additive that substitutes for curing time. |
| China Mosaic Waterproofing | 7 days of water curing after grouting. The reflective white surface also reduces solar heat gain into the slab, which matters directly to the comfort of the top-floor flat beneath it. |
| APP Membrane Waterproofing | No curing period as such — the bond is formed as the bitumen cools, and the membrane is effectively serviceable once cool. The critical window is instead the torching itself: too little heat and the lap never fuses, too much and the sheet's reinforcement is damaged. |
| SBS Membrane Waterproofing | Torch grades are serviceable once cool. Self-adhesive grades develop their full bond over 24–48 hours and should not be loaded or trafficked during that window. |
| HDPE Membrane Waterproofing | No cure period for the membrane itself. The governing constraint is that it must remain undamaged between installation and the pour, which is why the pre-pour walkover is treated as a formal hold point rather than a courtesy. |
| TPO Membrane Waterproofing | No curing period. Weld quality is the entire quality question, which is why trial welds and full seam probing carry more weight here than on any other system. |
| Polyurea Waterproofing | Gels in seconds and is typically walkable within an hour, reaching full properties within 24 hours. That speed is the reason it suits shutdown windows and fast return to service — but it also means preparation errors are sealed in permanently and immediately. |
| PU Grouting | Foaming resin reacts within seconds to minutes on contact with water, and cures fully within hours. The meaningful interval is the 24–72 hour observation afterwards, since sealing one path can raise pressure and open another nearby. |
| Injection Grouting | Cementitious grouts gain strength over 7 days; epoxies reach handling strength within 24 hours and full properties within about 7 days. Load should not be reapplied to a structurally injected member before the specified strength is reached. |
| Overhead Water Tank (OHWT) Waterproofing | Cure strictly to the manufacturer's stated period — commonly 5–7 days for cementitious potable linings — followed by flushing. This period is not compressible: an under-cured potable lining is both a performance and a water-safety problem. |
| Underground Water Tank (UGT) Waterproofing | Internal linings are cured for the manufacturer's full stated period before filling, then flushed. Where ground water is present throughout, dewatering is maintained until the cure is complete rather than switched off at the end of the working day. |
| Swimming Pool Waterproofing | Cured per the product datasheet before filling and before tiling — commonly 5–7 days for cementitious immersion systems. A pool returned to service early is the most common cause of an early relining. |
| Podium Waterproofing | Liquid systems cure to a walkable state within hours and to full properties within 24–72 hours per the datasheet. Landscaping and paving follow only after the flood test has passed and protection is in place. |
| Lift Pit Waterproofing | Cementitious tanking is kept damp and cured for 7 days. Dewatering continues throughout the cure — switching the pump off overnight mid-cure floods a partially cured layer and undoes the work. |
| External Plaster & Painting | Render is water-cured for 7 days and allowed to dry before priming. Applying primer to green render traps moisture and causes the paint system to blister — which then gets blamed on the paint. |
| Building Restoration | Repair mortars are water-cured for 7 days minimum. Protective coatings follow only once repairs have cured and dried. Restoration is a sequence, and compressing any part of it undoes the parts already completed. |
| Chemical Coating | Cure time and full chemical resistance are product-specific, commonly 24 hours to handling and up to 7 days for full chemical service. Returning a bund to service before full chemical cure is a frequent and expensive error. |
| Cement Based Coating | Water-cured for 7 days minimum. The system is rigid, so it performs well on stable substrates and will crack with a substrate that moves — which is a selection question, not an application one. |
| Elastomeric Coating | Touch-dry within hours, with full film properties developing over about 7 days. Recoat intervals between coats must be respected — overcoating too early traps solvent or water and blisters the film. |
| Acrylic Coating | Touch-dry within hours; full properties over several days. Acrylic coatings are decorative and protective but have limited crack-bridging capability — where the substrate has live hairline cracking, an elastomeric grade is the correct choice instead. |
| Solvent Based Coating | Handling cure typically within 24 hours and full chemical resistance in up to 7 days. In occupied buildings a clearance period is agreed before reoccupation, because odour persists well past touch-dry. |
| Food Grade Coating for Water Bodies | Cured strictly to the manufacturer's stated period — commonly 5–7 days for cementitious potable linings — followed by flushing. This period is not negotiable regardless of how urgently the tank is needed back. |
| Base Coat Waterproofing | Not cured in isolation — the base coat is designed to be overlaid while still green so the layers bond monolithically. If the follow-on layer is delayed beyond that window, the base coat must be cured properly and then re-keyed with a bonding agent. |
| Shahabad Ladi Waterproofing | 7 days of water curing. Joints are the maintenance item on a Shahabad terrace and should be inspected and re-pointed periodically rather than left until water has been entering for a season. |
| FRP Lining Waterproofing | Cure time is resin- and temperature-dependent, typically 24 hours to handling and up to 7 days for full chemical resistance. Putting a tank back into chemical service before full cure will damage a lining that would otherwise have lasted for years. |
| Integral Waterproofing Compound (Admixture) | Extended water curing per IS 456 principles. The permeability benefit of an integral compound is realised through the cured pore structure, so a poorly cured mix with an admixture can perform worse than a well-cured mix without one. |
| Crystalline Waterproofing | Kept damp for at least 3 days, with the full reaction developing over a longer period. Because the crystals form inside the concrete rather than as a surface film, the treatment cannot delaminate or wear off — and it reactivates whenever water returns, which is what gives it its self-healing behaviour on fine cracks. |
| Box Type Waterproofing | No cure period for sheet systems. The governing constraint is continuity: the barrier must remain unbroken and undamaged from the blinding, under the raft, up every wall and to its sealed termination above ground level. |
| Bentonite Waterproofing | No cure period. The system activates on contact with groundwater after backfill. Its useful property is that it re-seals around minor punctures and settlement movement, which suits below-grade work where nothing can be inspected later. |
| Bituminous Felt Waterproofing | No cure period — the system is serviceable once cool. Its life is governed by UV exposure, which is why the surface dressing is a functional requirement rather than a finish. |
| Lime Terracing (Lime Concrete) | Long, slow, damp curing over weeks, because lime sets by carbonation. Both the beating and the curing periods are the labour discipline that determines the outcome, and neither can be compressed to meet a programme. |
| Mud Phuska Waterproofing | Mortar layers water-cured for 7 days. The mud layer's real contribution is thermal — it noticeably reduces heat gain into the top floor, which is why the system persists on low-rise buildings despite the dead load. |
| Silane-Siloxane Water Repellent Treatment | Cures within 24 hours to a fully invisible finish. Service life is product-specific and finite, and reapplication is due when the water-bead test stops showing beading — a simple check any building manager can carry out. |
| Refuge Area Waterproofing | Liquid systems are left to cure per the product datasheet before the ponding test — typically 24–72 hours. Screed and finish layers are water-cured for 7 days. |
| Expansion Joint Treatment | Sealants skin within hours and cure through their depth over several days, depending on the product and the joint depth. The joint should not be subjected to significant movement or traffic until it has cured through. |
| Tape Based Treatment | Adhesive tapes develop full bond over 24–48 hours and should not be loaded or wetted during that period. The encapsulating coat is applied per its own cure schedule. |
| Solvent Based Treatment | Cures as the solvent flashes off, typically within 24 hours, with ventilation maintained throughout rather than only during application. |
| Chequered Tiles Work | 7 days of water curing after grouting, before the surface is opened to regular traffic. |
| IPS Screeding Work | 7–14 days of continuous water curing. IPS is a plain cementitious topping with no additive that compensates for a curing period that was cut short. |
| External Plaster Work | 7 days of continuous water curing, then allowed to dry before any coating system is applied over it. |
| Column & Beam RCC Work | Repair mortars are water-cured for 7 days minimum. Repairs cured poorly shrink away from the parent concrete at the bond line, which is where the next failure starts. |
| Carbon Wrapping (RCC Strengthening) | Epoxy systems reach handling strength within 24 hours and full properties in about 7 days. The strengthened member should not be loaded to its new design capacity until full cure is reached. |
| External Painting | Touch-dry within hours, full properties over about 7 days. Painting should not begin on render that has not both cured and dried, however tight the programme is. |
| ACP Sheet Work | No curing period. The governing constraints are the substrate condition behind the cladding and the panel's fire performance, both of which are settled before installation begins. |
RAINFALL
Mumbai rainfall by observatory
| Zone key | Annual rainfall | Source |
|---|---|---|
| colaba | 2,200 mm | IMD Colaba observatory, island city |
| santacruz | 2,500 mm | IMD Santacruz observatory, suburbs |
| thane | 2,400 mm | Thane region record (regional estimate) |
| navimumbai | 2,300 mm | Navi Mumbai region record (regional estimate) |
Colaba and Santacruz are the two IMD observatories governing the island city and the suburbs respectively. Santacruz consistently records higher annual totals than Colaba, which is why a suburban terrace and a South Mumbai terrace are not the same hydraulic problem.
LOCALITIES
Ward, pincode and exposure data — 50 localities
| Locality | Ward | Pincodes | Rainfall | Exposure | Building age |
|---|---|---|---|---|---|
| Colaba | A | 400001, 400005 | 2,200 mm | Sea-facing, reclaimed ground | 40-120 years |
| Fort | A | 400001, 400023 | 2,200 mm | Inland, reclaimed ground | 60-150 years |
| Churchgate | A | 400020 | 2,200 mm | Sea-facing, reclaimed ground | 50-95 years |
| Marine Lines | C | 400002, 400020 | 2,200 mm | Sea-facing, reclaimed ground | 45-90 years |
| Girgaon | C | 400004 | 2,200 mm | Inland, natural ground | 60-120 years |
| Grant Road | D | 400007 | 2,200 mm | Inland, natural ground | 50-100 years |
| Tardeo | D | 400034, 400007 | 2,200 mm | Inland, natural ground | 20-55 years |
| Malabar Hill | D | 400006 | 2,200 mm | Sea-facing, natural ground | 15-100 years |
| Worli | G/South | 400018, 400025, 400030 | 2,200 mm | Sea-facing, reclaimed ground | 15-45 years |
| Lower Parel | G/South | 400013 | 2,200 mm | Inland, natural ground | 10-100 years |
| Prabhadevi | G/South | 400025 | 2,200 mm | Sea-facing, natural ground | 20-45 years |
| Dadar | G/North | 400014, 400028 | 2,200 mm | Sea-facing, natural ground | 40-75 years |
| Mahalaxmi | D | 400011, 400034 | 2,200 mm | Sea-facing, reclaimed ground | 10-70 years |
| Byculla | E | 400008, 400027 | 2,200 mm | Inland, reclaimed ground | 50-140 years |
| Parel | F/South | 400012 | 2,200 mm | Inland, natural ground | 10-110 years |
| Bandra West | H/West | 400050 | 2,500 mm | Sea-facing, natural ground | 15-100 years |
| Bandra East | H/East | 400051 | 2,500 mm | Inland, reclaimed ground | 10-55 years |
| Khar | H/West | 400052 | 2,500 mm | Inland, natural ground | 20-70 years |
| Santacruz | H/West & H/East | 400054, 400055, 400029 | 2,500 mm | Inland, natural ground | 20-65 years |
| Vile Parle | K/West & K/East | 400056, 400057, 400099 | 2,500 mm | Inland, natural ground | 25-70 years |
| Andheri West | K/West | 400053, 400058, 400061 | 2,500 mm | Inland, natural ground | 15-50 years |
| Andheri East | K/East | 400059, 400069, 400093, 400099 | 2,500 mm | Inland, natural ground | 15-55 years |
| Jogeshwari | K/West & K/East | 400060, 400102 | 2,500 mm | Inland, natural ground | 15-50 years |
| Goregaon | P/South | 400062, 400063, 400090, 400104 | 2,500 mm | Inland, natural ground | 10-45 years |
| Malad | P/North | 400064, 400095, 400097 | 2,500 mm | Sea-facing, reclaimed ground | 10-45 years |
| Kandivali | R/South | 400067, 400101 | 2,500 mm | Inland, natural ground | 15-45 years |
| Borivali | R/Central | 400066, 400091, 400092, 400103 | 2,500 mm | Inland, natural ground | 15-50 years |
| Dahisar | R/North | 400068 | 2,500 mm | Inland, natural ground | 15-40 years |
| Juhu | K/West | 400049 | 2,500 mm | Sea-facing, natural ground | 20-60 years |
| Versova | K/West | 400061 | 2,500 mm | Sea-facing, natural ground | 15-45 years |
| Powai | S | 400076, 400087 | 2,500 mm | Inland, natural ground | 10-40 years |
| Chembur | M/West | 400071, 400074 | 2,500 mm | Inland, natural ground | 20-60 years |
| Ghatkopar | N | 400075, 400077, 400086 | 2,500 mm | Inland, natural ground | 15-50 years |
| Vikhroli | S | 400079, 400083 | 2,500 mm | Inland, reclaimed ground | 10-60 years |
| Bhandup | S | 400078 | 2,500 mm | Inland, reclaimed ground | 15-50 years |
| Mulund | T | 400080, 400081, 400082 | 2,500 mm | Inland, natural ground | 15-55 years |
| Kurla | L | 400070, 400024 | 2,500 mm | Inland, reclaimed ground | 15-70 years |
| Sion | F/North | 400022 | 2,200 mm | Inland, reclaimed ground | 25-65 years |
| Wadala | F/North | 400031, 400037 | 2,200 mm | Sea-facing, reclaimed ground | 10-55 years |
| Sewri | F/South | 400015, 400033 | 2,200 mm | Sea-facing, reclaimed ground | 15-100 years |
| Govandi | M/East | 400043, 400088 | 2,500 mm | Inland, reclaimed ground | 10-40 years |
| Mankhurd | M/East | 400043 | 2,500 mm | Sea-facing, reclaimed ground | 10-40 years |
| Thane West | 400601, 400602, 400604, 400606, 400607, 400610 | 2,400 mm | Inland, natural ground | 10-40 years | |
| Thane East | 400603 | 2,400 mm | Inland, reclaimed ground | 15-45 years | |
| Navi Mumbai | 400614, 400703, 400705, 400706 | 2,300 mm | Sea-facing, reclaimed ground | 10-45 years | |
| Vashi | 400703 | 2,300 mm | Sea-facing, reclaimed ground | 20-45 years | |
| Nerul | 400706 | 2,300 mm | Sea-facing, reclaimed ground | 15-40 years | |
| Airoli | 400708 | 2,300 mm | Sea-facing, reclaimed ground | 10-35 years | |
| Mira Road | 401107 | 2,400 mm | Inland, reclaimed ground | 10-35 years | |
| Bhayandar | 401101, 401105 | 2,400 mm | Sea-facing, reclaimed ground | 10-35 years |
SYSTEMS
All systems, with applicable standards
| System | Category | Standards | Cost band |
|---|---|---|---|
| Terrace Waterproofing | Area-Specific Waterproofing | IS 3067 · IS 1346 | To be confirmed |
| Basement Waterproofing | Area-Specific Waterproofing | IS 3067 · IS 12200 | To be confirmed |
| Bathroom Waterproofing | Area-Specific Waterproofing | IS 3067 | To be confirmed |
| Toilet Waterproofing | Area-Specific Waterproofing | IS 3067 | To be confirmed |
| Brick Bat Coba Waterproofing | Traditional & Specialised Waterproofing | IS 3067 · IS 2645 | To be confirmed |
| China Mosaic Waterproofing | Traditional & Specialised Waterproofing | IS 3067 | To be confirmed |
| APP Membrane Waterproofing | Membrane Waterproofing Systems | IS 1346 · IS 3067 | To be confirmed |
| SBS Membrane Waterproofing | Membrane Waterproofing Systems | IS 1346 · IS 3067 | To be confirmed |
| HDPE Membrane Waterproofing | Membrane Waterproofing Systems | IS 3067 · IS 12200 | To be confirmed |
| TPO Membrane Waterproofing | Membrane Waterproofing Systems | IS 3067 | To be confirmed |
| Polyurea Waterproofing | Traditional & Specialised Waterproofing | IS 3067 | To be confirmed |
| PU Grouting | Leakage Treatment & Grouting | IS 3067 | To be confirmed |
| Injection Grouting | Leakage Treatment & Grouting | IS 456 · IS 13935 | To be confirmed |
| Overhead Water Tank (OHWT) Waterproofing | Area-Specific Waterproofing | IS 3067 | To be confirmed |
| Underground Water Tank (UGT) Waterproofing | Area-Specific Waterproofing | IS 3067 · IS 12200 | To be confirmed |
| Swimming Pool Waterproofing | Area-Specific Waterproofing | IS 3067 | To be confirmed |
| Podium Waterproofing | Area-Specific Waterproofing | IS 3067 | To be confirmed |
| Lift Pit Waterproofing | Area-Specific Waterproofing | IS 3067 | To be confirmed |
| External Plaster & Painting | Structural & Restoration Works | IS 2645 · IS 13935 | To be confirmed |
| Building Restoration | Structural & Restoration Works | IS 456 · IS 13935 | To be confirmed |
| Chemical Coating | Coating & Protective Systems | IS 3067 | To be confirmed |
| Cement Based Coating | Coating & Protective Systems | IS 2645 · IS 3067 | To be confirmed |
| Elastomeric Coating | Coating & Protective Systems | IS 3067 | To be confirmed |
| Acrylic Coating | Coating & Protective Systems | IS 3067 | To be confirmed |
| Solvent Based Coating | Coating & Protective Systems | IS 3067 | To be confirmed |
| Food Grade Coating for Water Bodies | Coating & Protective Systems | IS 3067 | To be confirmed |
| Base Coat Waterproofing | Traditional & Specialised Waterproofing | IS 2645 | To be confirmed |
| Shahabad Ladi Waterproofing | Traditional & Specialised Waterproofing | IS 3067 | To be confirmed |
| TRMX Waterproofing | Traditional & Specialised Waterproofing | — | To be confirmed |
| FRP Lining Waterproofing | Traditional & Specialised Waterproofing | IS 3067 | To be confirmed |
| Integral Waterproofing Compound (Admixture) | Traditional & Specialised Waterproofing | IS 2645 · IS 456 | To be confirmed |
| Crystalline Waterproofing | Traditional & Specialised Waterproofing | IS 2645 · IS 3067 | To be confirmed |
| Box Type Waterproofing | Traditional & Specialised Waterproofing | IS 3067 · IS 12200 | To be confirmed |
| Bentonite Waterproofing | Traditional & Specialised Waterproofing | IS 3067 | To be confirmed |
| Bituminous Felt Waterproofing | Traditional & Specialised Waterproofing | IS 1346 · IS 3067 | To be confirmed |
| Lime Terracing (Lime Concrete) | Traditional & Specialised Waterproofing | IS 3067 | To be confirmed |
| Mud Phuska Waterproofing | Traditional & Specialised Waterproofing | IS 3067 | To be confirmed |
| Silane-Siloxane Water Repellent Treatment | Traditional & Specialised Waterproofing | IS 3067 | To be confirmed |
| Refuge Area Waterproofing | Area-Specific Waterproofing | IS 3067 | To be confirmed |
| Expansion Joint Treatment | Leakage Treatment & Grouting | IS 3067 · IS 12200 | To be confirmed |
| Tape Based Treatment | Leakage Treatment & Grouting | IS 3067 | To be confirmed |
| Solvent Based Treatment | Leakage Treatment & Grouting | IS 3067 | To be confirmed |
| Chequered Tiles Work | Flooring & Finishing | IS 3067 | To be confirmed |
| IPS Screeding Work | Flooring & Finishing | IS 456 · IS 3067 | To be confirmed |
| External Plaster Work | Structural & Restoration Works | IS 2645 | To be confirmed |
| Column & Beam RCC Work | Structural & Restoration Works | IS 456 · IS 13935 | To be confirmed |
| Carbon Wrapping (RCC Strengthening) | Structural & Restoration Works | IS 456 · IS 13935 | To be confirmed |
| External Painting | Structural & Restoration Works | IS 2645 | To be confirmed |
| ACP Sheet Work | Structural & Restoration Works | — | To be confirmed |
NOT PUBLISHED
What is deliberately absent from this page
Three things a page like this would normally carry, and why they are not here.
No rates. Cost bands show “to be confirmed” until a confirmed rate card exists. A published rate that cannot survive a site visit misprices the market and creates quote disputes.
No star rating or review count. There is no verified review corpus to average, and inventing one is a manual-action risk as well as a lie.
No failure index. An aggregated index of inspection findings by locality would be genuinely valuable and no competitor has one — but it requires real survey records, which do not yet exist in a form we can publish. It will be built from actual data or not at all.
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