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Modular Construction

Building Products System

Bathroom Pods

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Why Precast?

Time Efficiency

Time Efficiency

Off-site manufacturing accelerates total project completion by up to 50%.

Strict Quality Control

Strict Quality Control

Complies with Indian Standards Institute guidelines, guaranteeing safety and durability.

Easy and Smart Installation

Easy and Smart Installation

Hassle-free assembly processes save time and labor costs

Low Maintenance Cost

Low Maintenance Cost

Durable construction reduces the need for frequent maintenance, leading to long-term cost savings.

Customization Options

Customization Options

Tailored to project requirements in varied shapes, sizes, and finishes, allowing for design flexibility.

Environmentally Friendly Practices

Environmentally Friendly Practices

Sustainable manufacturing processes minimize waste and reduce the carbon footprint.

Construction Process Comparison

See how modular construction streamlines the building process

Traditional Construction Timeline

1. Design, Permitting, Engineering, Approval Process
2. Site Preparation, Infrastructure
3. Building Construction, Building Inspection
4. Site Tie-Ins
5. Final Finishes
6. Inspection, As-Built
7. Finish
VS

3D Modular Precast Construction Timeline

Up to 50% Faster
1. Design & Engineering, Statutory Approvals
2. Site Preparation, Infrastructure, Offsite Manufacturing
3. Final Connections, Inspection, As-Built
4. Finish

Ideation to Completion

Everything will be taken care of, with Magicreate Precast

Evaluate

Evaluate preliminary design for the most efficient solution to suit the client needs

01

Engineering and Design

Value engineering to arrive at effective structural designs

02

Manufacture

Under rigorous quality standards as per schedules

03

Erection

Carry out complete erection of building

04

PMC

Dedicated professional team for monitoring & controlling of the project start to end

05

Engineering & Connections

Footing to Column

Footing to Column

Column to Beam I

Column to Beam I

Column to Beam II

Column to Beam II

Grade Slab to Precast Stair

Grade Slab to Precast Stair

Stair flight to Landing Slab

Stair flight to Landing Slab

Beam to Hollow Core Slab

Beam to Hollow Core Slab

Beam to Slab I

Beam to Slab I

Beam to Slab II

Beam to Slab II

Wall Panel to Slab I

Wall Panel to Slab I

Wall Panel to Slab II

Wall Panel to Slab II

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FAQs

What precast products does Magicrete offer for building construction?

Magicrete offers a comprehensive Building Products System designed to deliver speed, scale, and structural excellence across modern construction projects.

Our precast portfolio includes:

  • Bathroom Pods — Fully finished, factory-built bathrooms ready for plug-and-play installation
  • Precast Columns — Engineered for high load-bearing capacity and structural precision
  • Precast Beams — Built to support longer spans and complex structural designs
  • Precast Staircases — Ready-to-install staircases with consistent quality and finish
  • Precast Load-Bearing Walls — Designed to carry structural loads while reducing on-site work
  • Hollow Core Slabs — Lightweight precast slabs with hollow cores for spans up to 13 metres
  • Prestressed Concrete Slabs — High-strength slabs reinforced with LRPC strands for greater spans and load capacity
  • AAC Wall Panels — Lightweight, fire-resistant, and thermally insulated wall solutions

Together, these products power faster project completion, reduced labour dependency, and factory-grade quality control across residential, commercial, industrial, and infrastructure projects.

What are Hollow Core Slabs and where are they best used?

Magicrete Hollow Core Slabs are precast prestressed concrete floor and roof deck solutions, manufactured through a fully automated extrusion process. Available in a standard width of 1200mm and thicknesses of 150mm, 200mm, and 250mm, these slabs feature longitudinal hollow cores running along their length, reducing dead load by 40–50% compared to conventional RC slabs while delivering superior structural performance.

They are ideal for:

  • Residential & Commercial Buildings requiring column-free, open floor plans
  • Industrial Structures needing longer spans (without intermediate supports)
  • Multi-storey Developments where reduced dead load translates into material and cost savings
  • Projects demanding integrated MEP services, since the hollow cores serve as ready passages for electrical, plumbing, and other utilities

Their lightweight design, faster installation, and superior fire and seismic resistance make them a preferred choice for modern construction across India.

What is the difference between Hollow Core Slabs and Prestressed Concrete Slabs?

Magicrete offers both solutions under its Precast Flooring System, each engineered for specific structural needs:

Feature

Prestressed Element

Hollow Core Slab

Width

1200mm, 1500mm

1200mm

Thickness

70mm – 120mm

150mm, 200mm, 250mm

Design

Solid slab with prestressing strands

Slab with longitudinal hollow cores

Best Use

Slimmer floor decks, shorter spans, lighter loads

Longer spans, higher load capacity, MEP integration

Weight

Lighter than conventional RCC

40–50% lighter than conventional RC slabs

Both elements use High-Tensile Low Relaxation Prestressing Strands (LRPC), outperforming conventional RCC slabs in strength and efficiency. The choice between the two depends on the project's span length, load requirements, and design intent.

Are Magicrete precast products compliant with Indian construction standards?

Yes. Every Magicrete Precast product is manufactured under strict factory-controlled conditions, ensuring full compliance with Indian Standards (IS) for structural safety, durability, and quality consistency.

Key compliance assurances include:

  • IS-Standard Curing Process — A minimum of 7 days of water curing as per IS norms
  • Concrete Strength Verification — Cube testing carried out alongside every casting batch
  • Dimensional Accuracy — Automated extrusion ensures consistent precision across every unit
  • Quality-Controlled Manufacturing — Each slab undergoes structured QC checks at every stage, from strand stressing to demoulding
  • Fire & Seismic Compliance — Concrete encapsulation of prestressing strands meets stringent building safety norms for commercial, industrial, and residential applications

This factory-based approach ensures every Magicrete Precast product delivers consistent, certified, and code-compliant performance, making it a trusted choice for modern construction across India.

Can precast products be customised to project specifications?

Yes. Magicrete Precast products are designed with flexibility at their core, with customisation options that adapt to the scale and structural requirements of every project.

Our approach to customisation is twofold:

  • Standardised Size Options — Products like Hollow Core Slabs, Prestressed Concrete Slabs, and AAC Wall Panels are manufactured in multiple thickness and width variants, allowing project teams to select the configuration best suited to their structural and architectural needs.
  • Project-Specific Customisation — Products such as Precast Beams, Columns, Staircases, Load-Bearing Walls, and Bathroom Pods can be engineered to project shop drawings — accommodating site-specific dimensions, load conditions, and design intent.

From residential apartments and commercial complexes to industrial facilities and large-scale infrastructure projects, Magicrete works closely with builders, architects, and developers to ensure every precast component aligns with the project's vision and execution requirements.

Because the right solution is never one-size-fits-all

How much faster is precast construction compared to traditional construction?

Modular precast construction can reduce overall project timelines by up to 50%. Since manufacturing happens off-site simultaneously with site preparation, multiple project stages run in parallel rather than sequentially.

What types of projects are Magicrete precast products suited for?

Magicrete serves both building and infrastructure segments. Building applications include residential apartments, commercial complexes, and industrial structures. Infrastructure applications include U-Shape Stormwater Drains, Box Culverts, Cable Trenches, Precast Boundary Walls, and Bus Shelters.

What equipment is required for erecting precast elements on-site?

Precast installation typically requires a crane for lifting and placing elements. Magicrete's team provides end-to-end project management, including erection, so clients don't need to arrange separate installation contractors.

Can precast construction be used in high-rise residential projects?

Yes. Magicrete's modular precast system has been successfully executed across multiple projects with client including Ministry of Housing & Urban Affairs LHP project in Ranchi, Jharkhand.

Does Magicrete provide end-to-end project support for precast construction?

Yes. Magicrete follows a complete project cycle, Evaluation, Engineering & Design, Manufacturing, Erection, and PMC (Project Management & Control), handled by a dedicated professional team from start to finish.

How do I get a quote or feasibility assessment for a precast project?

You can reach Magicrete's team at 8070408010 or email [email protected]. The team will evaluate your project requirements and provide a preliminary design assessment and solution recommendation.

Can Magicrete handle large-scale infrastructure precast projects?

Yes. Magicrete has completed 100+ projects has cast 88,000+ CBM of precast concrete. Infrastructure products like Box Culverts, Cable Trenches and Stormwater Drains are part of a dedicated infrastructure product system.

Where are Magicrete precast products manufactured?

Magicrete operates multiple manufacturing units across India. Precast elements are cast under controlled factory conditions with rigorous quality checks before dispatch to site.


How durable are precast concrete products over the long term?

Precast products are manufactured under factory-controlled conditions, resulting in consistent concrete quality, higher density and lower permeability than site-cast concrete, making them more resistant to weathering, moisture ingress and structural deterioration.

Do precast structures require regular maintenance?

Precast construction significantly reduces long-term maintenance needs due to the high precision and quality of factory-cast elements. A bi-annual visual inspection for surface wear or joint condition is generally sufficient for most applications.

What should be done if hairline cracks appear on precast elements?

Minor hairline cracks can be filled with an appropriate concrete repair compound. For cracks wider than 0.3mm or those affecting structural joints, consult Magicrete's technical team for an assessment before proceeding with repair.

Can precast surfaces be painted or coated?

Yes. Precast concrete surfaces can accept paint, waterproofing coatings or textured finishes. The surface should be clean, dry and primed with a concrete-compatible primer before application for best adhesion and longevity.