Est. 2019 · Alwar, Rajasthan

Transforming Infrastructure Through Sustainable Innovation

North India's largest and only professionally managed manufacturer of GGBS — a green cementitious material that replaces up to 70% of cement while delivering superior strength, durability and up to 90% lower CO₂.

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#1North India's Largest
96,000MT Annual Capacity by 2026
70%Cement Replacement
90%Lower CO₂ Emissions
UltraTech CementAsian PaintsACC Cement · Adani GroupJSW CementBirlaNu (HIL)MYK LaticreteGeoquestWalplastMEIL UltraTech CementAsian PaintsACC Cement · Adani GroupJSW CementBirlaNu (HIL)MYK LaticreteGeoquestWalplastMEIL
Modern sustainable construction
2019Serving India Since
About Us

Building India's Sustainable Future

While GGBS supply has traditionally been limited to East, West and South India, Indiana Construction Company is the trusted source for North and Central India — approved by Asian Paints and for Government Roads, Infrastructure & Defence projects.

1,00,000MT Annual Capacity
2Manufacturing Units
3Green Products
Our Story →
Our Products

Three Green Materials. One Mission.

Engineered supplementary cementitious materials that make concrete stronger, greener and more cost-effective.

Molten slag at a steel plant
Flagship Product

PozzoMax™ GGBS & UF GGBS

Ground Granulated Blast Furnace Slag — replaces 40–70% of OPC with superior long-term strength, enhanced durability and up to 60% lower CO₂ than OPC.

Explore GGBS
Advanced grinding technology
High Performance

Ultrafine GGBS

Micronized GGBS with finer particles for faster reactivity, better particle packing and higher early strength — preferred for M50+ and UHPC concrete.

Explore Ultrafine
High-rise high performance concrete construction
New Launch · 2026

Indiana Micro Silica

Ultra-fine silica fume in 85% & 92% SiO₂ grades for 80–100 MPa high-performance concrete — +30–50% compressive strength, 90% less permeability, 5–10x service life. 36,000 MT backward-integrated facility.

Explore Micro Silica

Also manufacturing: EAF / Arc Furnace Slag Powder, Tile Adhesives, Ready-Mix Plasters, BJM & Grouts. View full range →

Why It Matters

Cement Is a Climate Problem.
Our Materials Are the Answer.

Steel and cement account for roughly 63% of global industrial CO₂. Every metric ton of cement consumes 1.5 MT of limestone and emits 0.8–1 MT of CO₂.

8%of global CO₂ emissions come from cement
90%less CO₂ with GGBS vs. Portland cement
100%recycled & circular — upcycled from steel slag
0.8 MTCO₂ saved per MT of GGBS used
Our Sustainability Story →
Trusted By Industry Leaders

Our Prestigious Customers

UltraTech Cement logoUltraTech CementIndia's Largest Cement Co.
Asian Paints logoAsian PaintsIndia's Largest Paint Company
ACC Cement logoACC CementAdani Group
JSW Cement logoJSW CementFor Tile Adhesives
BirlaNu (HIL) logoBirlaNu (HIL)Construction Chemicals
MYK Laticrete logoMYK LaticreteFor Tile Adhesives
Geoquest logoGeoquestGeotechnical Solutions
Walplast logoWalplastBuilding Materials
MEIL logoMEILMegha Engineering & Infra

Let's Build the Future — Sustainably

Your trusted partner in performance and sustainability. Get product specs, pricing and delivery timelines today.

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Who We Are

Building Stronger. Building Greener.

Indiana Construction Company has rapidly emerged as North India's largest and only professionally managed manufacturer of Ground Granulated Blast Furnace Slag (GGBFS). GGBS availability has historically been limited to the East, West and South — we changed that for North and Central India.

  • Market Leader: serving India's top construction companies since 2019
  • Sustainability First: replacing traditional materials with eco-friendly alternatives without compromising performance
  • Innovation Driven: continuous R&D in proprietary formulations and advanced manufacturing
  • Backward Integrated: control over raw material for consistent, world-class quality
"To create greener, stronger and smarter infrastructure by providing world-class sustainable building materials that set new benchmarks in quality, performance and environmental responsibility."
Engineers at an industrial facility
96K MTAnnual Capacity by 2026
Our Story

We Started GGBS When No One in North India Cared About It

Awareness Was LowGGBS was unknown to most builders in the region
Logistics Were ExpensiveSupply existed only in East, West & South India
Market Was UncertainNo one had proven the model in the North

But we believed one thing: concrete of the future will be sustainable. Today, that belief is becoming reality — and we are expanding to build North India's largest GGBS & Ultrafine GGBS manufacturing setup. Not just to grow, but to make high-performance green concrete accessible.

Our Journey

From Startup to Market Leader in 6 Years

2019

Incorporated

GGBS production begins in Alwar, Rajasthan with 6,000 MT annual capacity — North India's first professional GGBS manufacturer.

2021

Plant Expansion

Capacity expanded to 36,000 MT annually with new customers across the region.

2023

Asian Paints Approval

GGBS approved for Asian Paints construction chemicals and building materials.

2024–25

Government Projects

Approved in Roads, Infrastructure, Defence and other government projects.

2026 · Phase 1

New GGBS Plant

State-of-the-art, fully automatic GGBS plant — 60,000 MT annual capacity.

2026 · Phase 2

Micro Silica Plant

Dedicated Micro Silica facility — 36,000 MT annual capacity, backward integrated.

Capacity & Infrastructure

Production Capacity & Locations

2 Units

Manufacturing units in Alwar, Rajasthan

1,00,000 MT

Annual GGBS & Ultrafine GGBS capacity

36,000 MT/yr

Micro Silica annual capacity, backward integrated

Flexible Loading

50kg bags, jumbo bags & bulker loading available

Indiana's Strength

Why India Trusts Indiana

1,00,000 MT Annual Capacity

North India's largest GGBS & Ultrafine GGBS manufacturing setup.

Advanced Grinding Technology

State-of-the-art ball mill grinding for consistent fineness.

Automated Plant Operations

Fully automatic plant with automated control systems.

Strict Quality Assurance

In-house quality assurance lab testing every batch.

Consistent & Reliable Supply

Bulker, 50kg bag & jumbo bag dispatch — on time, every time.

Customer-Centric Approach

Technical support on call, on site and on schedule.

Leadership

Our Founding Team

Four founding partners driving Indiana's vision of sustainable construction.

01

Founder Member

Name, designation & profile — coming soon

02

Founder Member

Name, designation & profile — coming soon

03

Founder Member

Name, designation & profile — coming soon

04

Founder Member

Name, designation & profile — coming soon

Partner With North India's #1

Trusted by government agencies, contractors and construction material suppliers.

Partner With Us
Flagship Products

Our Three Core Products

Molten slag pouring
Flagship

PozzoMax™ GGBS

Ground Granulated Blast Furnace Slag. Replaces 40–70% of Ordinary Portland Cement with superior long-term strength, low heat of hydration and up to 60% lower CO₂ than OPC.

View GGBS Details →
Ball mill grinding technology
High Performance

Ultrafine GGBS

Finer particles, superior performance. Faster reactivity, better particle packing, higher early strength and a denser concrete microstructure — preferred for precast, high-rise, metro & rail, marine structures and UHPC.

View Ultrafine GGBS →
High performance concrete tower
New Launch

Indiana Micro Silica

Silica fume in Standard (85% SiO₂) and Premium (92% SiO₂) grades, meeting ASTM C1240, EN 13263 & IS 15388. The ultimate performance enhancer for 80–100 MPa concrete, marine structures and industrial floors.

View Micro Silica Details →
Complete Portfolio

Specialty & Building Materials

EAF / Arc Furnace Slag Powder

Sustainable slag powder for cementitious applications.

Ultrafine Additives

Specialty micronized additives for high-performance mixes.

Tile Adhesives

Ready-mix adhesives — trusted by JSW Cement & MYK Laticrete.

Ready-Mix Plasters

Convenient, consistent plasters for faster site work.

BJM & Grouts

Block jointing mortar and precision grouts.

Floor Hardeners

Abrasion-resistant surfaces for industrial floors.

Fly Ash

Proven pozzolanic material for blended cement and concrete.

Limestone / Calcite

Quality mineral fillers for construction applications.

Gypsum

Setting-time control for cementitious systems.

Alkali Activator

Activators for geopolymer and slag-based binders.

Flexible packaging on every product: 50kg bags, jumbo bags and bulker loading — with custom formulations and private-label options available.

Need Specs, Samples or Pricing?

Our technical team will help you choose the right product and replacement ratio for your application.

Enquire Now Download Brochure
Understanding GGBS

From Steel Furnace to Superior Concrete

For decades, steel slag was discarded as industrial waste. Water quenching turns it into glassy granules; grinding turns those granules into a pozzolanic powder that can replace your cement.

Steel furnace operation — molten metal at ~1,500°C
Step 01

Steel Furnace Operation

Iron ore, coke and limestone are fed into steel furnaces operating at approximately 1,500°C.

Step 02

Slag Formation

Slag — a by-product — floats on top of the molten iron during the steel-making process.

Molten slag during steel-making
Rapid water quenching — steam as molten slag hits water
Step 03

Rapid Water Quenching

The molten slag is rapidly cooled with water to form glassy granules, preserving its cementitious properties.

Step 04

Grinding to Powder

Granulated slag is ground in an advanced ball mill into a fine powder — high-quality GGBS, a superior cementitious material.

Advanced ball mill — slag ground to a fine cement-grade powder
PozzoMax GGBS 50kg bag — the finished product
Step 05 · The Result

PozzoMax™ GGBS

Packed in 50kg bags, jumbo bags and bulkers — ready to replace 40–70% of Ordinary Portland Cement with superior performance and dramatically lower carbon.

The result: a cementitious material that replaces 40–70% of Ordinary Portland Cement while delivering superior performance and dramatically lower carbon emissions.

#BuildStrongerBuildGreener

Still Using Only OPC in 2026?
You Are Already Behind.

The smarter shift: blended systems using GGBS & Ultrafine GGBS. The question is not whether to shift — it's how fast you adapt.

OPC Alone

High Carbon. Low Durability.

Ordinary Portland Cement alone means a heavy carbon footprint, higher heat of hydration and structures that age faster.

GGBS Blended

Better Durability. Better Future.

Blended concrete with GGBS & Ultrafine GGBS — stronger, greener and built to last generations.

Up to 50% Lower Carbon Footprint

Higher Durability

Better Long-Term Strength

Improved Workability & Finish

Proven Performance · Backed by Science

The Numbers Behind PozzoMax™

40–60%higher long-term strength than OPC
50%lower heat of hydration (up to)
60%lower CO₂ emission than OPC (up to)
62 MPavs 40 MPa OPC — 90-day compressive strength, up to 55% higher
Why GGBS

8 Compelling Reasons

Replace 40–70% of OPC

Flexible replacement of Ordinary Portland Cement in concrete mixes.

Enormous Cost Savings

Significant savings on concrete cost without compromising quality.

25–50% More Strength

Superior long-term compressive strength vs. traditional cement.

At Your Doorstep

Flexible packing: 50kg bags, jumbo bags and bulkers.

Extended Structure Life

Enhanced durability and resistance for homes and structures.

Reduced Carbon Impact

Cuts embodied carbon of buildings by up to 90%.

Environmental Protection

Contributes to environmental and sustainability goals.

Lower Life-Cycle Cost

Minimal maintenance over the structure's lifetime.

Can One Product Solve So Many Problems of Concrete?

Yes — GGBS Is the Answer

High Long-Term Strength

High Durability

Lower Temperature of Hydration

Smooth Finish

Elimination of Chloride Attack

Reduces Thermal Cracking

Green & Environment Friendly

100% Recycled & Circular

GGBS Advantages

GGBS vs. Portland Cement — The Clear Winner

ParameterPortland CementGGBS
CO₂ EmissionVery high (0.8–1 MT/MT)Up to 90% less
StrengthGood early strengthSuperior long-term strength
DurabilityGoodHigh long-term durability
Heat of HydrationHighLow — ideal for mass concreting
CostExpensiveLower cost per performance unit
SustainabilityNon-renewable100% recycled & circular

Superior Strength Development Over Time

Compressive strength (MPa) vs. curing age. GGBS surpasses OPC at 28 days — at 180 days, the 70% GGBS mix achieves the highest strength.

020406080 3d7d14d28d56d90d180d
100% OPC 40% GGBS 50% GGBS 70% GGBS
Benefits In Concrete

What GGBS Does For Your Concrete

Enhanced Durability

Better resistance to chloride & sulphate attack, alkali-silica reaction and freeze-thaw cycles.

Reduced Carbon Footprint

Utilizes a steel-industry by-product, lowering emissions significantly.

Cost-Effectiveness

Lower material cost plus reduced long-term maintenance.

Improved Workability

Easier placing and finishing, even in complex structures.

Applications

Suitable for Virtually Every Concrete Application

Metro rail viaduct — Indiana GGBS in ultra high structures
Metro & Rail

Ultra High Structures

Flyovers, metros & high-rises — enhanced strength, superior durability, longer life with lower maintenance.

Road tunnel built with GGBS concrete
Tunnels

Strength Beyond the Surface

High early & long-term strength, excellent durability, low heat generation, better workability & finish.

Dam — GGBS for mass concrete
Dams

Built to Withstand. Made to Last.

Low heat of hydration, high durability, superior resistance to sulfates & chlorides, longer service life.

Marine structures — tetrapods and port
Marine Structures

Strong Against Waves

High sulfate resistance, enhanced durability in harsh conditions, reduced permeability, longer-lasting structures.

High-rise buildings with GGBS concrete
High-Rise Buildings

Higher Today. Stronger Tomorrow.

Higher strength, better durability, reduced shrinkage & creep — sustainable and eco-friendly.

Durable concrete road
Roads & RMC

Smoother Roads. Stronger Nation.

High durability & strength, better resistance to cracking, reduced heat of hydration, lower maintenance cost.

See GGBS in Major Projects → Request GGBS Quote
GGBS vs Ultrafine GGBS

Finer Particles. Superior Performance.

Both come from the same sustainable slag — the difference is in the grind. Ultrafine GGBS is micronized to a much finer particle size than normal GGBS, unlocking faster reactivity and a denser concrete microstructure.

Normal

GGBS

Standard particle size — the proven workhorse for 40–70% OPC replacement across RMC, buildings, roads and mass concrete.

Particle SizeStandard (coarser)
Early StrengthModerate
Best ForGeneral concrete, mass pours
Enhanced

Ultrafine GGBS

Micronized fine particles — engineered for high-performance concrete where early strength and density are critical.

Particle SizeUltrafine (micronized)
Early StrengthHigher
Best ForM50+ & UHPC concrete

Faster Reactivity

Finer particles react quicker in the mix.

Better Particle Packing

Fills micro-voids for a denser matrix.

Higher Early Strength

Faster demoulding and cycle times.

Denser Microstructure

Lower permeability, longer life.

Where It's Preferred

This Is Why Ultrafine GGBS Is Preferred In:

Precast concrete girders
Precast Elements

Precast Today. Perfect Tomorrow.

High early strength, superior finish, dimensional stability, longer life & durability.

High-rise structures
High-Rise Structures

Powering Ultra High-Rises

Higher strength and reduced shrinkage & creep for the tallest structures.

Metro and rail projects
Metro & Rail Projects

Built for the Fast Track

Consistent quality for precast segments, piers and track infrastructure.

Marine and coastal structures
Marine & Coastal

Engineered for Harsh Environments

Dense microstructure resists chlorides and sulfates for generations.

High performance concrete infrastructure
UHPC

High Performance Concrete

The enabler for M50+ and ultra-high-performance concrete mixes.

PozzoMax GGBS
Also Explore

PozzoMax™ GGBS

The proven standard for everyday sustainable concrete — see the full story.

View GGBS →

The industry is moving there. The question is — are you ready? Talk to our team about switching your high-performance mixes to Ultrafine GGBS.

Request Ultrafine GGBS Quote →
What Is Micro Silica?

100x Finer Than Cement. Dramatically Stronger Concrete.

Micro Silica (silica fume) is an ultrafine material composed of amorphous silica particles with an average diameter of 0.15μm — 100 times smaller than cement particles. Through powerful pozzolanic reactions it forms additional calcium silicate hydrate (CSH) gel, dramatically enhancing concrete's mechanical properties and durability.

  • High-strength concrete: 80–100 MPa
  • Superior chloride, chemical & abrasion resistance
  • Low heat of hydration
  • International standards: ASTM C1240 · EN 13263 · IS 15388
+30–50%Compressive strength
90% LessPermeability
5–10xService life
−20%Carbon footprint
Materials laboratory quality control
Grades & Specifications

Two Optimized Grades

Choose the right grade for your application — from standard reinforced concrete to nuclear and offshore structures.

Standard Grade · Cost-Effective · ASTM C1240 85% SiO₂ Reliable performance for everyday high-quality concrete

Recommended Applications

  • Standard reinforced concrete
  • Roads, pavements & shotcrete
  • Precast concrete elements
  • General building construction

Technical Specifications

SiO₂ Content≥ 85%
Loss on Ignition2.5 – 6%
Moisture Content< 3%
Typical Dosage8 – 15%
Premium Grade · High Performance · EN 13263 92% SiO₂ For the most demanding structures on earth

Recommended Applications

  • Bridge decks & marine structures
  • High-performance concrete (80–100 MPa)
  • Industrial floors & refractory
  • Nuclear & offshore structures

Technical Specifications

SiO₂ Content≥ 92%
Loss on Ignition1.0 – 5.0%
Moisture Content< 3%
Typical Dosage6 – 15%
Applications

Where Micro Silica Excels

Bridges & Marine Structures

Superior chloride resistance for coastal and marine environments.

High-Rise Buildings

High-strength concrete of 80–100 MPa for tall structures.

Roads & Highways

Abrasion-resistant surfaces built for heavy traffic.

Dams & Hydraulic Structures

Low heat of hydration for mass concrete pours.

Industrial Floors

Chemical and abrasion resistance for demanding facilities.

Tunnels & Mining

Shotcrete applications with superior bond and durability.

Packaging Solutions

Flexible Packaging for Every Project

20 kg BagsCompact & Convenient

Small-scale projects, retail & hardware stores, repair & maintenance. Multi-layer laminated bags with moisture barrier.

25 kg BagsIndustry Standard

Medium-scale construction, RMC plants & contractors, commercial projects. HDPE woven sacks with inner liner.

Jumbo BagsBulk & Industrial

Large infrastructure projects, major RMC manufacturers, cement companies. FIBC bags (500–1000 kg) for cost-efficient bulk handling.

Moisture protection, custom branding & pan-India delivery — all bags sealed against humidity, with private-label options and custom formulations available.

The Market Opportunity

India's Construction Boom Needs Micro Silica

Infrastructure investment is rising from 5.3% to 6.5% of GDP by FY29, with cement demand growing 7–8% CAGR — and Micro Silica is essential for high-performance concrete in RMC applications.

$78.18BIndia RMC market, 2024
$138.46BIndia RMC projection by 2030
$2.05BGlobal Micro Silica market, 2025
$3.25BGlobal projection by 2032 (6.8% CAGR)
Book Your Supply → Also Explore GGBS
The Problem

The Burning Challenge — A Global Crisis

Steel (44%) and cement (19%) together generate roughly 63% of global industrial CO₂ emissions. Every metric ton of cement requires 1.5 MT of limestone, 0.22–0.25 MT of coal and 70–98 units of electricity — and emits 0.8–1 MT of CO₂.

8%

of global CO₂ comes from cement production

1.5 MT

limestone consumed per MT of cement

0.8–1 MT

CO₂ emitted per MT of cement

5%

of all global CO₂ from Portland cement alone

Rising Global Temperatures

Climate extremes and unpredictable weather patterns affecting infrastructure — visible in cities like Delhi every year.

GHG Emissions

Increasing greenhouse gas emissions from construction activities worldwide.

Resource Depletion

Rapid depletion of limestone, fossil fuels and sand — plus water pollution and heavy metals released into the air.

The Solution

Environmental Impact: Cement vs. GGBS

90%less CO₂ — GGBS vs. Portland cement production
100%recycled material — upcycles a steel-industry by-product
80%less water consumption during production
Zerolimestone mining — natural resources preserved

For every 1 MT of GGBS used instead of cement, approximately 0.8 MT of CO₂ is saved. Replacing even 50% of the world's cement with GGBS would transform the climate impact of construction — as nations pledge to cut carbon footprints for future generations.

Circular Economy

From Waste to Wonder Material

For over a hundred years, steel slag was simply thrown away. Today we upcycle it into a material that outperforms the cement it replaces — a perfect example of the circular economy in action.

Upcycled Slag

Industrial waste from steel-making becomes a high-value construction material.

Water Stewardship

~80% less water used vs. cement production processes.

Net-Zero Aligned

Helping builders and governments meet carbon-reduction pledges.

See How GGBS Is Made →
Sea link bridge in India

India HOME MARKET

  • Bengaluru–Mysuru ExpresswayMajor expressway using GGBS concrete
  • Bengaluru Metro Phase 2Underground metro construction
  • Mumbai Trans-Harbour Sea LinkMarine infrastructure project
  • Government ProjectsRoads, Infrastructure & Defence approvals
Modern skyline in the USA

USA PREFERRED CHOICE

  • WTC, New York40% GGBS replacement in concrete
  • Minneapolis Airport35% GGBS in airfield pavements
  • Georgia Aquarium, Atlanta20–70% GGBS replacement
  • Sustainable ConstructionGGBS is the preferred green choice in the US
Large dam infrastructure

China LARGEST CONSUMER

  • Three Gorges Dam28 million m³ of concrete — one of the world's largest structures
  • Hangzhou Bay Bridge35 km cross-bay bridge with GGBS-enhanced concrete
  • National Scale AdoptionWorld's largest consumer of GGBS in construction
Trusted By Industry Leaders

Our Prestigious Customers

India's leading cement, paint and construction companies rely on Indiana for their GGBS and building material needs.

UltraTech Cement logoUltraTech CementIndia's Largest Cement Co.
Asian Paints logoAsian PaintsIndia's Largest Paint Company
ACC Cement logoACC CementAdani Group
JSW Cement logoJSW CementFor Tile Adhesives
BirlaNu (HIL) logoBirlaNu (HIL)Construction Chemicals
MYK Laticrete logoMYK LaticreteFor Tile Adhesives
Geoquest logoGeoquestGeotechnical Solutions
Walplast logoWalplastBuilding Materials
MEIL logoMEILMegha Engineering & Infra
Build Your Next Project With Us →
Green sustainable building
Sustainability

How GGBS Cuts Concrete's Carbon Footprint by up to 90%

A closer look at the numbers behind cement's climate impact — and how slag-based materials change the equation.

Read More →
Concrete bridge infrastructure
Technical Guide

Choosing the Right GGBS Replacement Ratio: 40%, 50% or 70%?

Application-wise guidance for engineers and RMC plants on optimal GGBS dosage for strength and durability.

Read More →
High performance concrete architecture
Product Launch

Introducing Micro Silica: 85% & 92% SiO₂ Grades for 80–100 MPa Concrete

Our new 36,000 MT backward-integrated facility in Alwar brings world-class silica fume to North India.

Read More →
Construction workers on site
Industry

Why North India Finally Has a Reliable GGBS Supply

GGBS availability was limited to East, West and South India for years. Here's how that changed in 2019.

Read More →
Dam and mass concrete
Case Studies

From Three Gorges to Mumbai Sea Link: GGBS in Iconic Projects

How the world's most ambitious infrastructure uses slag cement to build for centuries, not decades.

Read More →
Steel and concrete structure
Explainer

What Exactly Is Slag — and Why Was It Wasted for 100 Years?

The story of how steel-making's by-product became the future of sustainable cement.

Read More →

New articles are published regularly. Have a topic you'd like us to cover? Let us know →

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Registered Office & PlantIndiana Construction Company, Alwar, Rajasthan, India
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