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High Performance Concrete Mix Design.

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Engineered for Strength, Durability, and Longevity Under Extreme Conditions

High Performance Concrete Mix Design is an advanced, performance-driven approach to concrete proportioning — developed to achieve exceptional strength, durability, and long-term stability in demanding structural and environmental conditions. Unlike conventional concrete, which focuses on achieving a basic target strength, HPC is designed to perform reliably under extreme mechanical stress, chemical exposure, and environmental aggression. At Global Lab, we combine scientific mix design methodology with field-tested performance evaluation as per IS 10262, IS 456 ensuring the highest quality of concrete for modern infrastructure.

Why HPCMatters.

To Build High-Rise Structures & Skyscrapers

Modern tall buildings demand materials with high load-bearing capacity and minimal section sizes. HPC, with compressive strengths often exceeding 55–100 MPa, enables slender, lightweight structural members that reduce dead load and free up usable floor space. Its superior modulus of elasticity and reduced creep make it ideal for towers, mega-columns, and transfer girders in high-rise construction.

To Enhance Durability & Extend Service Life

HPC is designed for superior resistance to harsh exposure environments: Tall building, Coastal & Marine Structures: Bridges, piers, and seawalls face continuous chloride exposure from saltwater. HPC’s dense pore structure limits chloride penetration, preventing reinforcement corrosion and extending service life. Industrial & Chemical Plants: HPC resists acid and sulfate attack in plants, factories, and refineries through low permeability and chemical resistance. Cold Climate Structures: Air-entrained HPC prevents freeze–thaw cracking by minimizing water absorption and providing controlled air voids.

To Meet Demanding Structural Requirements

In bridges, dams, tunnels, and nuclear containment structures, strength alone is not enough — performance under pressure, temperature, and stress is critical. HPC offers high tensile strength, ductility, and reduced creep and shrinkage, enabling the design of long-span bridges, prestressed elements, and containment structures that maintain structural integrity under extreme loads.

To Optimize Construction and Lifecycle Costs

While the initial material cost of HPC may be higher, it provides substantial long-term economic benefits: Reduced Maintenance: Longer service intervals and reduced repair frequency. Accelerated Construction: High early-age strength enables faster formwork removal and construction turnaround. Optimized Structural Design: Higher strength-to-weight ratio allows smaller sections, reduced concrete volume, and lighter foundations — lowering overall project cost. HPC delivers both performance excellence and lifecycle economy, making it the preferred choice for value-driven construction.

NDT TESTING

GL Advantages.

Accredited Facility: NABL-accredited laboratory with traceable calibration and stringent Quality System procedures.

Compliance with Standards: Tests conducted in accordance with relevant IS/ASTM/RILEM/EN standards.

Experienced Personnel: Technologists and experts who interpret results and recommend mitigation strategies.

Rapid and Reliable Reporting: Valid reports that comply with relevant standards.

Testing Capabilities: Lab and on-site testing, along with post-test consulting services.

Global Lab Advantage.

Accredited facility.
Standards compliance.
Experienced analysts.
Fast, reliable reporting.
Field + Lab capability.

Applications

High-rise buildings, bridges, flyovers, and prestressed structures.
Marine and coastal infrastructure exposed to chlorides and sulfates.
Industrial floors and heavy-duty pavements.
High-strength precast and post-tensioned elements.
Architectural concrete requiring superior finish and durability.
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High performance concrete mix design
High Performance Concrete Mix Design
Pull-Off Adhesion Strength Test of Bonding Layer on Concrete

Normal Concrete Mix Design

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NABL Accredited

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Advanced Lab & Field Testing

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Fast Turnaround Reports

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On-Site Testing Across India

Global Lab provides comprehensive testing for construction and engineering materials, including concrete, cement, steel, aggregates, bitumen, soil, tiles, paver blocks, and other civil and infrastructure materials. We also handle customized tests as per client or project specifications.

Yes. Our team is equipped with mobile testing facilities and field instruments for on-site sampling, inspection, and testing — ensuring quick and reliable results without disrupting your project timelines.