Category | Essential Package Rs.2400/Sq.ft | Premium Package Rs.2600/Sq.ft | Luxury Package Rs.2850/Sq.ft | |
Bore Water Test | No | Yes | Yes | |
2D Floor Plan | Yes | Yes | Yes | |
3D Interior Design | No | Yes | Yes | |
3D Elevation Design | No | Yes | Yes | |
Structural Design | Yes | Yes | Yes | |
STRUCTURE | ||||
Cement | ||||
Steel | ||||
RCC | M20 | M20 | M20 | |
Foundation water proofing | Isolated footing upto 6' depth from Present Ground level | Isolated footing upto 6' depth from Present Ground level | Isolated footing upto 6' depth from Present Ground level | |
Ground Floor Height | Dr.Fixit Bitufix | Dr.Fixit Bitufix | Dr.Fixit Bitufix | |
Car Parking Height | Upto 1'6" from Present ground level | Upto 1'6" from Present ground level | Upto 2'6" from Present ground level | |
Lintel | Through Lintel | Through Lintel | Through Lintel | |
Lofts | One loft per bedroom and kitchen | One loft per bedroom and kitchen | One loft per bedroom and kitchen | |
Ceiling Height | 10' height FFL to FFL | 10' height FFL to FFL | 11' height FFL to FFL | |
Sand | Msand | Msand | Msand | |
Plastering | Fiber reinforced plastering with Psand | Fiber reinforced plastering with Psand | Fiber reinforced plastering with Psand | |
Blockwork/Brick work | 4.5"/9" Wire cut Bricks | 4.5"/9" Wire cut Bricks | 4.5"/9" Wire cut Bricks | |
SUPER DETAILS | ||||
RWH | Yes | Yes | Yes | |
Waterproofing | Fosroc - 2 Stage | Fosroc - 2 Stage | Fosroc - 2 Stage | |
Termite Treatment | Basement level and door frames | Basement level and door frames | Basement level and door frames | |
Mesh Plastering | Yes | Yes | Yes | |
AC points | Yes (Bedrooms) | Yes (Bedrooms) | Yes (Bedrooms) | |
EV Charging Points | Yes | Yes | Yes | |
Inverter Wiring | Yes | Yes | Yes | |
Pressure Motor Provision | - | - | Yes | |
Solar Heater Provision | - | - | Yes | |
CCTV Wiring | - | Yes | Yes | |
Tile flooring with spacers | - | - | Yes | |
Large format tile laying | Yes (Up to 4*2) | Yes (Up to 5.25*2.75) | Yes (Up to 6*4) | |
Epoxy grouting in Bathrooms | No | Yes | Yes | |
Bathroom Waterproofing | Yes | Yes | Yes | |
Bathroom Niches | Yes | Yes | Yes | |
TILES | ||||
Flooring | ||||
Parking Area | Parking tiles @ Rs.40/Sqft | Parking tiles @ Rs.50/Sqft | Parking tiles @ Rs.60/Sqft | |
Living & Dining | Vitrified Tiles @ Rs.60/Sqft | Vitrified Tiles @ Rs.70/Sqft | Vitrified Tiles @ Rs.90/Sqft | |
Master Bedroom | Vitrified Tiles @ Rs.60/Sqft | Vitrified Tiles @ Rs.75/Sqft | Vitrified Tiles @ Rs.90/Sqft | |
Other Bedrooms | Vitrified Tiles @ Rs.60/Sqft | Vitrified Tiles @ Rs.75/Sqft | Vitrified Tiles @ Rs.90/Sqft | |
Staircase | Granite @ Rs.110/Sqft | Granite @ Rs.150/Sqft | Granite @ Rs.230/Sqft | |
Balcony | Antiskid Tiles @ Rs.60/Sqft | Antiskid Tiles @ Rs.75/Sqft | Antiskid Tiles @ Rs.90/Sqft | |
KITCHEN | ||||
Wall Dadoing | 4*2 Ceramic Tiles @ Rs.50/Sqft (Upto Ceiling) | Ceramic Tiles @ Rs.70/Sqft (Upto ceiling) | Ceramic Tiles @ Rs.90/Sqft (Upto Ceiling) | |
Flooring | Vitrified Tiles @ Rs.60/Sqft | Vitrified Tiles @ Rs.70/Sqft | Vitrified Tiles @ Rs.90/Sqft | |
Counter top | Granite @ Rs.180/Sqft | Granite @ Rs.200/Sqft | Granite @ Rs.250/Sqft | |
Sink | Quartz Sink @ Rs.4000/- | Quartz Sink @ Rs.7000/- | Quartz Sink @ Rs.9000/- | |
UTILITY | ||||
Wall Dadoing | - | Ceramic Tiles @ Rs.75/Sqft (Upto 3' Height) | Ceramic Tiles @ Rs.90/Sqft (Upto 3' Height) | |
Flooring | Vitrified Tiles @ Rs.60/Sqft | Vitrified Tiles @ Rs.70/Sqft | Vitrified Tiles @ Rs.90/Sqft | |
Counter Top | - | - | Yes | |
Sink | - | - | Yes | |
BATHROOMS | ||||
Wall Dadoing | Ceramic Tiles @ Rs.50/Sqft (7' from floor) | Ceramic Tiles @ Rs.60/Sqft (7' from floor) | Ceramic Tiles @ Rs.70/Sqft (7' from floor) | |
Flooring | Anti-skid Tiles @ Rs.45/Sqft | Anti-skid Tiles @ Rs.55/Sqft | Anti-skid Tiles @ Rs.65/Sqft | |
All Fittings | Rs. 15000/bathroom(kerovite by kajaria) WC – Wall Mount EWC | Wall Mount Basin | Rs. 20000/bathroom WC – Wall Mount EWC | Wall Mount Basin | Rs. 35000/bathroom WC - Wall Mount+Concealed Tank |Basin - Surface Mount | |
JOINERY | ||||
Main Door Frame | Teak | Teak | Teak | |
Shutter | Teak | Teak | Teak | |
Accessories | Upto Rs. 4000/- | Upto Rs.6000/- | Upto Rs.8000/- | |
Main Door Dimensions | 3'6" x 7'0" | 3'6" x 7'0" | 3'6" x 8'0" | |
Digital Lock | No | Yes | Yes | |
Internal Doors Frame Shutter | SAL Flush Doors @ Rs.4000/Door | SAL Laminate Doors @ Rs.6000/Door | Ghana Teak @ Rs.6500/- Laminate Doors @ Rs.8000/Door | |
Internal Door Dimensions | 3'0" x 7'0" | 3'0" x 7'0" | 3'0" x 8'0" | |
Bathroom Doors Frame Shutters Accessories Bathroom Door Dimensions | Sintex Frames Sintex Doors Upto Rs.1000/- 2'6" x 7'0" | Teak @ Rs.3500/- Bwp Flush Door With PVC Laminate Upto Rs.1000/- 2'6" x 7'0" | Teak @ Rs.3500/- Bwp Flush Door With PVC Laminate Upto Rs.1500/- 2'6" x 8'0" | |
Windows | ||||
Windows Dimensions | Specs | Max 5*5 | UPVC Sliding White | One Window Per Room| 5mm Clear Or Pin Head Glass (Door and window open area will be 20% of the total builtup area) | Max 5*5 | UPVC Sliding White | One Window Per Room| 5mm Clear Or Pin Head Glass (Door and window open area will be 20% of the total builtup area) | No Restriction on Size | UPVC White Sliding Three Track with Mosquito Mesh | One Window Per Room| 5mm Clear Toughened Glass(Door and window open area will be 25% of the total builtup area) | |
RAILINGS / GRILLS / GATE | ||||
Staircase Hand rail | SS Railing | SS Railing | Teak Wood with Glass Railing | |
Balcony Railing | MS Railing | SS with Glass | Teak Wood with Glass | |
Window Grills | MS Grill | MS Grill | MS Grill | |
Main door grill | MS Gate | MS Gate With Godrej Verti bolt Locks | MS Gate with Cnc Design | |
Service/ Terrace grill | MS Gate | MS Gate | MS Gate | |
Paintings | ||||
External wall | Asian Paints- Ace Emulsion Range | Asian Paints- Apex Ultima | Asian Paints- Apex Ultima | |
Internal Walls | Asian Paints – Tractor Emulsion | Asian Paints – Premium Emulsion | Asian Paints – Royal | |
ELECTRICALS | ||||
Wiring | ||||
Wire Grade | FRLSH Wires | FRLSH Wires | FRLSH Wires | |
Switches | MCB | DB | ||||
Main Board | Panel Box | Panel Box | Panel Box | |
PLUMBING | ||||
Concealed And Hot Water Pipes CPVC | ||||
Potable Cold Water Pipes UPVC | ||||
Gray Water Pipes PVC | ||||
We provide a full range of construction services including design, building, renovations, and project management.
Yes, we offer free, no-obligation estimates. Please contact us to set up an appointment.
Yes, we provide a warranty on our workmanship. The length of the warranty may vary depending on the project.
Yes, we work with a network of professional architects and designers who can assist you with designing your project.
The timeline for each project depends on many factors including the scope of work, weather conditions, and permitting processes.
We have been in the construction industry for over 25 years, providing high-quality services to our clients.
We use trusted subcontractors for specific tasks such as plumbing, electrical, etc.
The cost of a project is determined based on the scope of work, materials needed, and labor required. We provide a detailed estimate before any work begins.
If you’re interested in working with us, simply give us a call or send an email. We’ll arrange a time to discuss your project and any questions you may have.
Reinforced Cement Concrete (RCC) can be mixed in different ways, usually distinguished by the method and location of mixing:
1. Site Mixed Concrete: This is mixed on the construction site using a cement mixer. It gives control over the quality but can be labor-intensive.
2. Ready Mixed Concrete (RMC): Mixed in a central plant and then transported to the construction site. It’s efficient for large projects.
3. Transit Mixed Concrete: This is also known as “truck mixed” concrete. The ingredients are mixed in the truck during transit.
4. Shrink Mixed Concrete: Partially mixed in the plant, then mixed completely in a truck mixer on the way to the site.
5. Central Mixed Concrete: Also known as “wet batch,” all ingredients are mixed in a central plant, then delivered by truck to the site.
The “M” in concrete mix ratios like M20, M25, etc. stands for “Mix”, followed by a number which represents the compressive strength of the concrete mix measured in Newtons per square millimeter (N/mm²) after 28 days of curing.
Here’s a brief look at different types of ‘M’ concrete mixes:
1. M5, M7.5, M10, M15, M20: These are all ordinary concrete mixes used for small scale residential and commercial construction works. Their strength ranges from 5 N/mm² to 20 N/mm².
2. M25: This is a standard mix for general construction work where high strength isn’t required. It has a compressive strength of 25 N/mm².
3. M30, M35, M40, M45, M50: These are high strength concrete mixes, often used for large scale commercial or industrial construction projects such as skyscrapers, bridges, etc.
4. M55, M60, M65, M70, M75, M80: These are very high strength concrete mixes, typically used in specialized or complex structures like heavy load bearing buildings, dams, etc.
The specific mix chosen depends on the structural requirements, strength needed, durability, and environmental conditions where the structure will stand. Remember that a higher strength concrete mix requires more cement, which can increase the cost. It’s always a balance of requirements and cost efficiency in choosing the right mix.
Steel is an important material used in construction due to its strength and durability. There are several types of steel used in construction, each with its own specific uses:
1. Structural Steel: This is a category of steel used for making construction materials in a variety of shapes. The shape of structural steel is a profile formed with a specific cross-section and following certain standards for chemical composition and mechanical properties. Examples include I-beams, H-beams, T-beams, channels, and angles.
2. Rebar Steel (Reinforcing Steel): This type of steel is used in reinforced concrete construction (RCC). It helps to strengthen and hold the concrete in tension. Rebar steel is often used in the construction of buildings, bridges, and tunnels.
Each type of steel has its own characteristics and is used in different parts of a building depending on the specific requirements of the construction project.
1. Ordinary Portland Cement (OPC): This is the most common type of cement used for most construction purposes due to its strength and durability. It is available in three grades: OPC 33, OPC 43, and OPC 53.
2. Portland Pozzolana Cement (PPC): It’s a variation of OPC that includes a mixture of a pozzolanic material which improves the strength and durability of the cement. It also makes the cement resistant to chemical attacks.
Portland Cement (OPC) and Portland Pozzolana Cement (PPC) are two common types of cement used in the construction industry, and each has its unique properties and uses.
1. Ordinary Portland Cement (OPC): This is the most common type of cement used worldwide. It is produced by grinding raw materials like limestone, clay, and shale, which are then heated to extremely high temperatures in a kiln. This results in ‘clinker’, which is ground into the fine powder we know as cement. OPC comes in three grades: OPC 33, OPC 43, and OPC 53, referring to their compressive strength in MPa after 28 days of curing. It is suitable for all general constructions, especially where high early strength is required.
2. Portland Pozzolana Cement (PPC): This type of cement is made by inter-grinding clinker with pozzolanic materials (such as fly ash, volcanic ash, or silica fumes) and gypsum. The addition of pozzolanic materials enhances the durability and workability of the cement while reducing the rate of heat evolution during hydration, making it more suitable for mass concrete works and in marine and hydraulic structures. PPC is also considered more environmentally friendly than OPC because it utilizes industrial waste products.
In summary, the choice between OPC and PPC will depend on the requirements of the specific construction project. OPC provides high early strength and is generally used where the rate of construction needs to be faster, while PPC provides better workability and durability, especially in aggressive environments.
Foundations are the structural component that transfers loads from the building or individual columns to the ground. They are used to prevent settling or movement, which could damage the structure. Different types of foundations are used based on the load-bearing capacity of the soil, the type of structure, and the conditions of the construction site.
Here are the main types of foundations and why they are used:
1. Shallow Foundations:
• Strip Footing : Used when the building load is carried by walls. The strip foundation is continuous in direction along the length of the wall.
• Spread Footing : Used when the building load is carried by isolated columns. It spreads the load over a larger area to prevent excessive settling or movement.
• Mat (Raft) Foundation : A large continuous footing supporting all columns of the structure, used when the soil has a low load-bearing capacity, or when the building load is spread over a large area.
2. Deep Foundations:
• Pile Foundation : Piles are long, slender columns made from reinforced concrete or steel driven into the ground. They’re used when the surface soil’s load-bearing capacity is insufficient and loads must be transferred to deeper soil layers or rock.
• Drilled Shafts (Caissons) : Similar to piles, but larger and poured on-site. They can bear higher loads and are used in structures like bridges.
• Pier Foundation : Piers are constructed above the ground level, and the structure is supported on the piers. This is commonly used in coastal areas or areas with flood risk.
The type of foundation used is crucial for the stability and longevity of a structure, and the selection depends on various factors such as soil condition, type of structure, budget, and local construction practices.
• Emulsion paint is a water-based paint with acrylic or vinyl resin that is generally used for interior and exterior walls.
• It provides a smooth and glossy finish to the walls.
• It has a high resistance to cracks and its fast-drying nature is a big advantage.
• Emulsion paint is durable and resistant to stains, light, and heat.
• It can be cleaned easily with water and it comes in a wide variety of colors.
• However, emulsion paint is more expensive compared to distemper paint.
Fe 550 and Fe 550D TMT (Thermo Mechanically Treated) bars are grades of steel reinforcement bars used in the construction industry. Both types have specific properties that make them ideal for different kinds of structures.
1. Fe 550 TMT Bars: These bars are an excellent choice for high-rise buildings and other structures that need to carry a lot of weight. The term ‘Fe’ stands for iron, which is present in these bars, while ‘550’ represents the minimum yield strength (in N/mm²) of the bar. These bars are noted for their better tensile strength compared to earlier grades.
2. Fe 550D TMT Bars: These bars are similar to Fe 550 bars but have certain additional features. The ‘D’ in Fe 550D stands for ‘ductility’. These bars have even better tensile strength and are used for cost-effective construction. They are considered suitable for heavy structures like dams, bridges, towers, etc.
The choice between Fe 550 and Fe 550D will depend on the specific requirements of the construction project, including factors like the type of structure, the loads it needs to bear, and the environmental conditions it will be exposed to. Both Fe 550 and Fe 550D bars have high yield strength and tensile strength, but Fe 550D bars usually have higher ductility, making them more resistant to dynamic and seismic loads.
Msquare Constructions offers end to end construction services. We build with the intention of exceeding our clients expectations for safety, quality, functionality, and aesthetics, and deliver assets that stand the test of time.
Msquare Constructions offers end to end construction services. We build with the intention of exceeding our clients expectations for safety, quality, functionality, and aesthetics, and deliver assets that stand the test of time.
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