Our Product Offering

What is GRC?

Glass Fiber Reinforced Concrete (GRC) represents the pinnacle of innovative construction technology. This advanced composite material combines:

  • Alkali-resistant glass fibers

  • Specialized cement matrices

  • Proprietary additives

The result: An exceptional building material delivering superior strength and design flexibility while maintaining a remarkably light profile

Technical Advantages

  • Technical Advantages

    Superior Strength-to-Weight Ratio

    Combines high strength with lightness, enabling efficient and cost-effective construction.

  • Technical Advantages

    High Impact and Compressive Resistance

    Withstands significant loads and stress, maintaining structural integrity over time.

  • Technical Advantages

    UV and Weather Resistance

    Resists environmental factors like UV radiation and freeze-thaw cycles, ensuring longevity.

  • Technical Advantages

    Fire Safety (Non-combustible)

    Meets stringent non-combustible standards, enhancing safety in construction applications.

  • Technical Advantages

    Environmental Sustainability

    Offers a lower environmental impact compared to traditional concrete, promoting eco-friendly construction.

  • Technical Advantages

    Excellent Durability

    Maintains appearance and integrity over time, even under harsh conditions.

  • Technical Advantages

    Low Maintenance Requirements

    Resistant to corrosion and rot, reducing upkeep needs and associated costs.

Design Possibilities

GRC offers unparalleled design flexibility

  • Complex Architectural Forms

  • Intricate Surface Textures

  • Multiple Finishing Options

  • Fine Architectural Details

  • Custom Color Integration

  • Stone and Natural Material Replication

Performance Specifications

  • 12-20mm

    12-20mm

    Panel Thickness

  • 40-60 kg/m²

    40-60 kg/m²

    Weight

  • >50 MPa

    >50 MPa

    Compressive Strength

  • >20 MPa

    >20 MPa

    Flexural Strength

  • Class A

    Class A

    Non-combustible Fire Rating

Quality Assurance
An exceptional building material delivering superior strength and design flexibility while maintaining a remarkably light profile

  • Quality
  • Quality
  • Quality
  • Quality

What is GRP?

Glass-Fiber Reinforced Plastic (GRP), also known as Fiberglass Reinforced Plastic (FRP), is a composite material made of:

  • Glass fibers: Provide strength and flexibility.

  • Polymer resin matrix: Binds the fibers and transfers loads.

This combination results in a lightweight, durable material with excellent mechanical properties and corrosion resistance.

Technical Advantages

  • Technical Advantages

    High Strength-to-Weight Ratio

    Provides robust performance while remaining lightweight, facilitating easier handling and installation.

  • Technical Advantages

    Corrosion and Chemical Resistance

    Resists degradation from chemicals and environmental exposure, ideal for harsh environments.

  • Technical Advantages

    Electrical Insulation Properties

    Non-conductive nature makes it suitable for electrical applications, ensuring safety.

  • Technical Advantages

    Thermal Insulation

    Offers low thermal conductivity, contributing to energy efficiency in structures.

  • Technical Advantages

    Design Versatility

    Easily molded into complex shapes and finishes, accommodating diverse design requirements.

  • Technical Advantages

    Low Maintenance Requirements

    Durable and resistant to wear, minimizing the need for frequent upkeep.

Design Possibilities

GRP offers extensive design flexibility

  • Complex Geometries

  • Variety of Surface Finishes

  • Custom Colors and Textures

  • Integration with Other Materials

  • Lightweight Structures

  • Transparent or Translucent Panels

Performance Specifications

  • 1.5–2.0 g/cm³

    1.5–2.0 g/cm³

    Density Approximately

  • 100–1,200 MPa

    100–1,200 MPa

    Tensile Strength

  • 150–300 MPa

    150–300 MPa

    Flexural Strength

  • 0.3–0.4 W/m·K

    0.3–0.4 W/m·K

    Thermal Conductivity

  • -40°C to +80°C

    -40°C to +80°C

    Operating Temperature Range

Quality Assurance

  • Quality

    ISO 9001

    Quality Management Systems

  • Quality

    ASTM D638

    Standard Test Method for Tensile Properties of Plastics

  • ASTM E84

    Surface Burning Characteristics

  • BS 476 Part 6

    Fire Propagation

  • BS 476 Part 7

    Spread of Flame

What is UHPC?

Ultra-High-Performance Concrete (UHPC) is an advanced cementitious composite material characterized by:

  • Optimized granular composition: Enhances density and strength.

  • Low water-to-cementitious materials ratio: Improves durability.

  • High-performance fibers: Provide ductility and tensile strength.

This results in a material with exceptional mechanical properties and durability.

Technical Advantages

  • Technical Advantages

    Exceptional Compressive Strength

    Achieves compressive strengths up to 180 MPa, surpassing conventional concrete.

  • Technical Advantages

    High Tensile Strength and Ductility

    Exhibits superior tensile strength and flexibility, allowing for slender, innovative designs.

  • Technical Advantages

    Superior Durability and Longevity

    Dense matrix ensures excellent durability, even in aggressive environments, with a lifespan exceeding 100 years.

  • Technical Advantages

    Low Permeability

    Minimizes water and chemical ingress, enhancing resistance to environmental degradation.

  • Technical Advantages

    Enhanced Impact and Abrasion Resistance

    Withstands mechanical wear and tear, maintaining structural integrity over time.

  • Technical Advantages

    Fire Resistance

    Offers high fire resistance, contributing to overall safety in construction applications.

Design Possibilities

UHPC enables groundbreaking designs:

  • Slender Structural Elements

  • Intricate Facade Panels

  • Long-Span Bridges

  • Thin-Walled Shells

  • Complex Geometries

  • High-Quality Surface Finishes

Performance Specifications

  • 120–200 MPa

    120–200 MPa

    Compressive Strength

  • 7–15 MPa

    7–15 MPa

    Tensile Strength

  • >20 MPa

    >20 MPa

    Flexural Strength

  • 2,400 kg/m³

    2,400 kg/m³

    Density Approximately

  • <10%

    <10%

    Chloride Ion Permeability conventional concrete

  • 100% properties

    100% properties

    Freeze-Thaw Resistance Retains 100% properties after 600 cycles

Quality Assurance

  • Quality

    ASTM C1856

    Standard Practice for Fabricating and Testing Specimens of UHPC

  • Quality

    EN 206

    European Standard for Concrete Specification

  • Quality

    ISO 9001

    Quality Management Systems

  • Quality

    ISO 14001

    Environmental Management Systems

Surface Finishing

GRC has a very high plasticity, it can imitate textures of different materials and provide unlimited possibilities to architectural design.

  • High plasticity

  • Different materials

  • Unlimited possibilities

Multi Texture

Multi Texture

Multi Texture

Multi Texture

Multi Texture

Multi Texture

Wood Series Simulated Timber

Wood Series
Simulated Timber

Simulated Stone

Simulated Stone

Simulated Brick

Simulated Brick

Groove Line Texture

Groove Line Texture

Simulated Rattan Texture

Simulated Rattan Texture

Multi Texture

Multi Texture

Metallic Paint

Metallic Paint

Multi Texture + Metallic Paint

Multi Texture + Metallic Paint

Graphic Surface

Graphic Surface