Mechanical Testing Services by MPPL

Mechanical Testing, a crucial aspect in design, manufacturing, quality assurance, and failure analysis processes, is the focus of our services at MPPL. It involves evaluating material properties to ensure they meet design specifications and engineering requirements.

Our comprehensive range of tests covers various methods and assesses how materials perform under a wide array of conditions, such as tension, compression, temperature, humidity, and corrosive environments.

By providing essential data, Mechanical Testing helps designers and engineers make informed decisions on material selection or rejection. Additionally, it is a key component in failure analysis, allowing experts to identify root causes when unexpected part failures occur by examining the affected area through targeted testing.

Hardness Testing

Hardness Testing evaluates a material's resistance to deformation, penetration, and physical force, making it essential to assess its suitability for various applications. Our laboratory offers a wide range of Hardness Testing methods with advanced, precisely calibrated equipment, all conducted in accordance with ASTM/ISO/IS guidelines.


Vickers Micro-Hardness Testing

Vickers Micro-Hardness Testing is performed at minor loads (<1kg), making it ideal for small samples, thin materials, and coatings and evaluating case hardness and case depth. The test involves applying a pyramid-shaped diamond indenter to create indentations at various locations, providing highly accurate results, especially for delicate or small specimens.

Vickers Micro-Hardness Testing

Vickers Macro-Hardness Testing

Vickers Macro-Hardness Testing is conducted at higher loads (above 1kg), suitable for larger samples and thicker materials. This method uses a similar process to micro-hardness testing but can withstand more substantial forces, making it ideal for comprehensive material analysis in industrial applications.

Vickers Macro-Hardness Testing

Brinell Hardness Testing

Brinell Hardness Testing uses a 5-10mm diameter indentor ball and applies loads up to 3,000 kgf, making it suitable for rough surface materials often found in casting and forging industries. This test is highly effective in providing accurate hardness readings for materials with inconsistent surfaces, ensuring reliability in quality control.

Brinell Hardness Testing

Rockwell Hardness Testing

The Rockwell Hardness Testing method is versatile and widely used, accommodating almost all material types. We offer testing across multiple scales, including the HRC Hardness Test, HRB Hardness Test, and HRA Hardness Test, making it suitable for both soft and hard surfaces. This method provides a quick and accurate assessment of material hardness, ensuring suitability for various applications.

Rockwell Hardness Testing

Impact Testing

Impact Testing is a destructive testing method used to assess a material's toughness, or its ability to absorb energy and resist fracture. This is crucial for understanding the durability and performance of materials in real-world applications. Metal Power offers comprehensive Impact Testing services to help you determine material behaviour under impact loading conditions.

Charpy Impact Testing
The Charpy Impact Testing method evaluates a material's toughness by striking a notched specimen with a pendulum. The energy absorbed during the fracture provides insights into the material's ductility and brittleness, helping determine its suitability for applications where impact resistance is critical./p>

Izod Impact Testing
The Izod Impact Testing method is used to measure the impact strength of both metals and plastics. The specimen is positioned vertically, and a pendulum strikes it at a predefined point, assessing the material's ability to withstand sudden impact forces.

Impact Testing services offered by Metal Power:
  • Charpy and Izod Testing

    Assessing material toughness through these well-established methods.
  • Ambient and Sub-Zero Testing

    We perform impact testing at ambient and sub-zero temperatures (down to –190°C).
  • U-notch, V-notch, and Double-Notched

    Comprehensive testing to evaluate material performance under different conditions.
  • Ductile-Brittle Transition Curves

    Identifying the transition temperature where the material changes from ductile to brittle behaviour.
Impact Testing

Tensile Testing

Tensile Testing measures a material's strength, ductility, and other mechanical properties by applying uniaxial tension until failure. Metal Power offers Tensile Testing services that provide insights into ultimate tensile strength, yield strength, Young's Modulus, and strain-hardening characteristics, helping ensure materials meet stringent quality standards. Our facility conducts Proof Stress Tensile Testing and Young's Modulus Tensile Testing in accordance with national and international standards.

Tensile Testing

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Testing Price list

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