Graphene

Graphene, "Wonder Material" is a single layer of carbon atoms in a hexagonal lattice.

Graphene, often called the “Wonder Material,” is a single layer of carbon atoms arranged in a hexagonal lattice. It is 200 times stronger than steel yet lightweight and flexible, stretching up to 25% of its original length.
Graphene conducts electricity better than copper and is the best material known for heat conduction. It is also optically transparent and acts as an atomic-level barrier, protecting against gases and liquids.
TACC has developed advanced technical know-how, including methods for Graphene Nanoplatelets (GNP), Graphene Oxide (GO), Reduced Graphene Oxide (rGO) synthesis along with GO and rGO dispersion for specific applications. These capabilities, combined with graphene’s unique properties, make it a critical material for breakthroughs in various industries.
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  • PRECAST WALL Mechanical Strength and Cost Effective
    PRECAST WALL
  • PAINT Weather & Dust Proof
  • ENVIRONMENT Reduced CO₂ Emissions
  • HEADPHONES Enhanced Sound Quality
    HEADPHONES
  • SMARTPHONE Fast Charging & Cycle Life
    SMARTPHONE
  • SMARTWATCH Flexible Electronics
    SMARTWATCH
  • SHOES Breathable
    SHOES
  • CURTAINS UV Protection
    CURTAINS
  • SPORTSWEAR Thermal Regulation
    SPORTSWEAR
  • ROOF Mechanical Strength and Cost Effective
    ROOF
  • CONCRETE WALL Seepage Controlled Mortar
    CONCRETE WALL
  • PQC ROAD Durability
    PQC ROAD
  • BATTERIES Fast Charging & Cycle Life
    BATTERIES
  • INJECTION MOLDED THERMOPLASTICS Lightweight
    INJECTION MOLDED THERMOPLASTICS
  • TYRES Reduced Rolling Resistance
    TYRES
  • COATING Hydrophobic
    COATING
  • BODY PANEL High Mechanical Strength
    BODY PANEL
Graphene Oxide Reduced Graphene Oxide Graphene Nanoplatelets Functionalized Graphene

Graphene Oxide (GO)

TACC’s Graphene Oxide (GO) is manufactured using a proprietary process that ensures precise oxidation control and superior dispersibility in water and organic solvents. This makes it an exceptional choice for a wide range of applications, including coatings, adhesives, energy storage, and biomedical devices. Its unique surface chemistry and tuneable properties allow GO to enhance product performance by improving mechanical strength, thermal stability, and compatibility with other materials.

Specifications

  • Number of layers: 4-8
  • C:O ratio (wt%) : 65:35

Reduced Graphene Oxide (rGO)

TACC’s Reduced Graphene Oxide (rGO) is derived from Graphene Oxide through advanced chemical or thermal reduction processes. By minimizing oxygen content, our rGO achieves excellent electrical conductivity, a high surface area, and improved mechanical properties, making it ideal for use in applications such as energy storage, sensors, and conductive inks. With rGO’s superior electron mobility and structural integrity, it is a critical material for next-generation technologies across various industries.

Specifications

  • BET: >400 m²/g
  • Number of layers: 2-6
  • C:O ratio (wt%): 85:15 (Can be customized)

Graphene Nanoplatelets (GNPs)

TACC’s Graphene Nanoplatelets (GNPs) are advanced materials meticulously designed with few-layer graphene, offering exceptional properties that make them indispensable for a variety of high-performance applications. Our GNPs are engineered to ensure superior electrical and thermal conductivity, high surface area, and outstanding mechanical strength, positioning them as a game-changer in numerous industries.

Specifications

  • BET: ~ 100 m²/g
  • Number of layers: few-layer & multi-layer
  • Carbon content (wt %): >98 %

Functionalized Graphene

TACC’s functionalized graphene is engineered through chemical modifications, introducing specific functional groups to meet the tailored needs of advanced industries. These modifications enhance graphene’s interaction with target materials, enabling its integration into highly specialized applications such as polymer composites, biomedical devices, electronics, and catalysis.
Types of Functionalized Graphene include Carboxylated(-COOH) Graphene, Amine Functionalised Graphene, Silane Functionalized Graphene, Hydroxylated Graphene, Sulfonated Graphene, and nitrogen-doped Graphene.
Construction Textile Paints and Coatings Tyres

Construction

TACC’s graphene-based admixtures will revolutionize the construction industry by offering advanced solutions for concrete. They will enhance resistance to extreme temperatures, water exposure, and chloride ion penetration, effectively preventing corrosion and cracking. These admixtures will accelerate setting times while improving impermeability, thermal insulation, and structural integrity, allowing projects to be completed faster and with superior quality.
Designed for RMC concrete, precast structures, and paver blocks, TACC’s graphene solutions will also contribute to reducing CO₂ emissions, making them a sustainable choice for modern construction. With unmatched durability and performance, TACC graphene-enhanced concrete will redefine infrastructure development for the future.
  • Concrete Admixture
  • Block Admixture
  • Precast Admixture

Property Enhancements

  • Compressive strength Compressive strength
  • Flexural Strength Flexural Strength
  • Reduced permeability Reduced permeability
  • Reduction in CO₂ emission Reduction in CO2 emission
  • Reduced cement usage Reduced cement usage
  • Faster Curing Faster Curing
  • Antimicrobial Protection Antimicrobial Protection
  • Better corrosion resistance Better corrosion resistance

Textile

TACC graphene will revolutionize textiles by enhancing softness, sustainability, and UV protection. It will improve moisture management, thermal resistance, and reduce static, making fabrics more comfortable and practical. With added antiviral, antifungal, antibacterial, and anti-odor benefits, TACC graphene-infused textiles will ensure hygiene and functionality, making them ideal for high-performance and everyday applications.
By incorporating its high strength-to-weight ratio, exceptional thermal conductivity, and potential electrical conductivity, TACC graphene will set new benchmarks in textile durability, comfort, and multifunctionality.
  • Dying Additive
  • Process/ manufacturing Additive

Property Enhancements

  • Odor-neutralizing Odor-neutralizing
  • UPF sun protection UPF sun protection
  • Thermal Regulation Thermal Regulation
  • Eco Friendly Eco Friendly
  • Anti-Static Anti-Static
  • Bacteriostatic Bacteriostatic
  • Enhanced Durability Enhanced Durability
  • Flexible and Lightweight Flexible and Lightweight

Paints and Coatings

TACC graphene will transform paints and coatings by enhancing adhesion, corrosion resistance, and durability. Acting as a powerful barrier against oxygen, moisture, and environmental damage, it will protect surfaces while dissipating heat and providing superior UV resistance. Additionally, TACC graphene will add antistatic, antifouling, dust-resistant, and water-repellent properties, ensuring coatings last longer and require less frequent maintenance.
By leveraging its exceptional barrier properties, TACC graphene will deliver cutting-edge performance in paints and coatings, offering enhanced protection and superior functionality even in challenging environments.
  • Paint Additive

Property Enhancements

  • Corrosion Protection Corrosion Protection
  • Improved adhesion strength Improved adhesion strength
  • Anti-fouling properties Anti-fouling properties
  • Enhanced heat dissipation Enhanced heat dissipation
  • Flame retardancy Flame retardancy
  • Antimicrobial protection Antimicrobial protection
  • UV resistance UV resistance
  • Superior barrier performance Superior barrier performance

Rubber & Tires

TACC graphene will elevate the performance of rubber and tires by significantly enhancing their strength and durability without adding bulk. By reducing wear, it will extend tire life and ensure consistent performance under demanding conditions. Its superior heat dissipation will minimize rolling resistance, improving fuel efficiency and providing a smoother, more responsive driving experience.
With properties like enhanced wear resistance, elasticity, and thermal conductivity, TACC graphene will define the next generation of high-performance rubber products, setting a new standard for innovation in the industry.
  • Additive (tire) Grade

Property Enhancements

  • Increased mechanical strength Increased mechanical strength
  • Enhanced Durability Enhanced Durability
  • Improved thermal management Improved thermal management
  • Lower rolling resistance Lower rolling resistance
  • Better fuel efficiency Better fuel efficiency
  • Reduced wear and tear Reduced wear and tear
  • Weather Resistance Weather Resistance
  • Vibration Damping Vibration Damping

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