Proprietary Technologies

Next-Generation Construction Materials

Developed through years of research at IIT Tirupati, our products combine advanced materials science, nanotechnology, and practical construction requirements to create high-performance solutions for modern infrastructure.

Applications

Our Products Support a Wide Range of Applications

Concrete Pavements

Industrial Floors

Bridges & Transport

Structural Repair

Architectural Elements

Precast Components

High-Rise Buildings

Marine Structures

Key Benefits

Ultra-high compressive strength up to 200 MPa

Enhanced flexural performance

Exceptional crack resistance

Rapid hardening for faster project completion

Durable under harsh environmental conditions

Sustainable raw materials

Carbon nanomaterial reinforcement

Easy on-site mixing — no specialised expertise required

Flagship Product Patented

Graphene Aerogel Modified UHPC

Ultra-Nanocrete

Ultra-Nanocrete is CarbonLite's flagship ultra-high-performance concrete designed for projects that demand exceptional strength, durability, and long service life.

Developed using eco-friendly raw materials and reinforced with graphene aerogel, Ultra-Nanocrete offers superior mechanical performance while reducing lifecycle maintenance costs. Its innovative two-part pre-pack technology enables easy on-site mixing, making construction faster, simpler, and more reliable.

Compressive Strength

200 MPa

Reinforcement

Graphene Aerogel

Mixing Method

Two-Part Pre-Pack

Setting

Rapid Hardening

Applications

Bridges & Transport

Thin Pavement Overlays

Heavy Duty Pavements

Railway Sleepers

High-Rise Buildings

Structural Components

Concrete Repair

Architectural Elements

Precast Products

Enquire About Ultra-Nanocrete

Key Benefits

Enhanced tensile and flexural strength

Improved ductility and impact resistance

Superior crack width control

Reduced shrinkage cracking

Enhanced durability and abrasion resistance

Faster construction cycles

Optimised structural element sizes

Cost-effective performance

Patented

Nano-Modified Fibre-Reinforced High-Performance Concrete

Nano-FHPC

Built for Faster, Smarter Pavements. A patented pavement technology that combines nano-engineered materials and fibre reinforcement for faster construction, early opening to traffic, and long-lasting performance without conventional steel reinforcement.

By refining the cement matrix and improving interfacial bonding, Nano-FHPC significantly enhances tensile strength and structural performance while reducing material degradation over time.

Thickness Reduction

20% vs. conventional

Traffic Opening

3 Days

Construction Time

-70% reduction

Reinforcement

Steel-Free

Applications

Industrial Flooring

Pavements

Structural Members

Repair Projects

Precast Elements

Heavy Loading Infrastructure

Enquire About Nano-FHPC

Key Benefits

Excellent alkali resistance

Improved bond strength with concrete

Enhanced tensile performance

Sustainable and eco-friendly solution

Cost-effective vs. conventional AR glass fibres

Improved durability in aggressive environments

Eco-Friendly

Alkali-Resistant Engineered Glass Fibre

ARE-GF

Reinforcement Reimagined. A biopolymer-coated alkali-resistant glass fibre designed to enhance crack resistance, toughness, and durability in concrete systems while eliminating the corrosion concerns of conventional steel reinforcement.

ARE-GF provides a balance of strength, durability, and affordability, making advanced fibre-reinforced solutions more accessible for modern construction projects. The product utilises specially engineered polymer-composite coatings that enhance bonding, tensile performance, and resistance to alkaline environments.

Corrosion

Zero Risk

Coating Technology

Bio-polymer

Environment

Alkali-Resistant

Sustainability

Eco-Friendly

Applications

GFRC

Architectural Panels

Facade Systems

Precast Products

Thin Concrete Elements

Composite Materials

Enquire About ARE-GF

At a Glance

Product Comparison

A quick reference to help identify the right CarbonLite product for your application.

Property	Ultra-Nanocrete	Nano-FHPC	ARE-GF
Primary Use	Critical infrastructure, bridges, overlays	Pavements, floors, structural members	GFRC, facades, architectural panels
Compressive Strength	Up to 200 MPa	High-performance range	Additive — enhances host matrix
Key Innovation	Graphene aerogel reinforcement	Nano-modified fibre reinforcement	Biopolymer-coated AR glass fibres
Deployment	Two-part pre-pack, on-site mixing	Ready-mix compatible	Added to concrete mix
Steel Reinforcement	Not required	Not required	Eliminates corrosion risk
Rapid Opening	Yes — rapid hardening	Yes — 3 days	Application-dependent
Patent Status	Patented	Patented	Proprietary

Next-Generation Construction Materials

Our Products Support a Wide Range of Applications

Key Benefits

Ultra-Nanocrete

Applications

Key Benefits

Nano-FHPC

Applications

Key Benefits

ARE-GF

Applications

Product Comparison

Not Sure Which ProductFits Your Project?

Not Sure Which Product
Fits Your Project?