Quality

Commitment to Quality

Since its inception in 1963, NIPHA has consistently advanced the field of engineering. Leveraging state-of-the-art in-house production infrastructure and a team of skilled engineers, we are a National Award-winning company. NIPHA's dedication to excellence is exemplified through its unwavering commitment to maintaining global quality standards, driven by a deep-rooted ethos of quality in every aspect of our operations.
To keep pace with global quality standards, NIPHA has a deep commitment towards QUALITY through its indigenous enterprise.

Quality Policy


At NIPHA, customer satisfaction is our highest priority. We strive to ensure that our products meet all specified requirements, are reasonably priced, and delivered on time. Every employee is empowered to contribute to fulfilling customer needs by utilizing preventive approaches across all departments. Our organizational culture fosters quality as a way of life, continually reinforcing the principle: "Do it right the first time, every time."
Certifications of Our QMC-Functions: In acknowledgment of our successful implementation and ongoing maintenance of a robust Quality Management System, NIPHA has earned the prestigious ISO 9001 and 14001 Quality Certifications. Furthermore, our in-house laboratory testing facility is equipped with the latest instruments to conduct regular tests on material composition and physical properties. This facility is accredited under ISO/IEC 17025:2017 by NABL (National Accreditation Board for Testing and Calibration Laboratories), ensuring the highest standards of accuracy and reliability in testing. Through these certifications and our culture of continuous improvement, NIPHA maintains a steadfast commitment to quality and customer satisfaction in every product we deliver.

  • MPI - Magnetic Particle Inspection

    Velocity Meter

  • Non-Destructive Testing (NDT)

    MPI - Magnetic Particle Inspection

    Velocity Meter

    At the core of our commitment to superior quality lies the implementation of advanced Non-Destructive Testing (NDT) techniques. NDT allows us to comprehensively inspect materials and components without compromising their integrity, ensuring reliability and durability.
    Our NDT capabilities include:

    Ultrasonic Testing Machine: Utilized to detect internal flaws, measure material thickness, and ensure the structural soundness of components by using high-frequency sound waves.
    Magnetic Particle Inspection: Ideal for identifying surface and near-surface defects in ferromagnetic materials, ensuring product safety and performance.
    Velocity Meter: Employed to measure the propagation speed of ultrasonic waves through materials, aiding in identifying inconsistencies and ensuring uniformity.
    Radiography Testing: A critical method for detecting internal defects, such as voids, cracks, or inclusions, using X-rays or gamma rays to achieve a precise assessment.
    Die Penetration Testing: Used to reveal surface defects, including cracks, porosity, and other imperfections, by applying a liquid penetrant that highlights inconsistencies.

    This rigorous quality control process is conducted at the raw material stage and during the final inspection before dispatch. It guarantees that all products meet the highest standards of safety, reliability, and performance, exemplifying our dedication to delivering excellence to our customers.

  • Digital Hardness Tester

    Universal Testing Machine

  • Mechanical Testing: Universal Testing Machine, Charpy Impact Testing, Hardness Testing

    Digital Hardness Tester

    Universal Testing Machine

    Charpy Impact Testing: A critical destructive test used to assess a material's ability to absorb energy under sudden loading conditions. This involves subjecting the specimen to a high-velocity impact, providing valuable insights into its toughness and strength under dynamic stress.
    Hardness Testing: Essential for evaluating a material's resistance to permanent deformation when subjected to pressure. This test ensures the material's durability and suitability for various applications. Micro-Brinell, Mirco-Vicker, Portable Mirco-Hadness Machines.
    Universal Testing Machine (UTM): A versatile tool used to determine the mechanical properties of metals and alloys. It measures tensile strength, yield strength, and ductility, helping to establish the operational load limits and ensuring material reliability under various stress conditions.

  • Microscope with Image Analyser

  • Metallurgical Analysis (Microscope with Image Analyser)

    Microscope with Image Analyser

    At Nipha, quality is at the heart of everything we do. To ensure our products meet the highest standards, we utilize advanced Metallurgical Microscopes with Image Analyzers featuring 1000x magnification for detailed metallurgical and phase analysis. This cutting-edge equipment allows precise evaluation of microstructures, phase composition, grain size, and inclusions, critical for ensuring the strength, durability, and reliability of components like castings and forgings.

    With high-resolution imaging and digital analysis tools, our system ensures accurate data recording and reporting for traceability and compliance. Whether verifying heat treatments, analyzing failures, or ensuring defect-free production, this technology reinforces our commitment to delivering quality and innovation in the engineering industry.

  • Spectrometer

    Wet Chemical LAB

  • Chemical Analysis (Spectrometer and Wet Lab)

    Spectrometer

    Wet Chemical LAB

    At Nipha, ensuring material integrity is fundamental to delivering high-quality engineering products. We utilize advanced Spectrometer Technology, capable of measuring up to 32 elements, including Nitrogen content, for rapid and precise elemental analysis. This ensures compliance with stringent material specifications for applications like castings, forgings, and machined components. The spectrometer provides reliable verification of alloy compositions and detects impurities critical to maintaining product performance.

    Complementing our spectrometer, a fully equipped Wet Lab performs detailed chemical tests for elements beyond the scope of spectrometry, offering a comprehensive analysis of material quality. Together, these capabilities ensure consistent quality, reinforcing our commitment to meeting the rigorous demands of the engineering industry.

  • CMM

    Farrow 3D Scanning Arm

  • CMM and Faro Arm

    CMM

    Farrow 3D Scanning Arm

    Our Hexagon Metrology CMM, with dimensions of 1600x800x1000, features a precision contact/touch probe system. It ensures meticulous setting approvals, sample inspection, and comprehensive calibration and inspection of gauges and fixtures.

    This state-of-the-art equipment enhances our quality control processes, guaranteeing the highest standards of accuracy and reliability in every component we produce.

  • Vision Profile Projector

    Vision Profile Projector

  • Vision Profile Projector

    Vision Profile Projector

    Vision Profile Projector

    The SIPCON vision profile projector, with a size of 200x200 and a precision of 0.001mm, features a high-definition camera that magnifies images for detailed analysis. This advanced equipment allows for precise checking of profiles, radii, and critical dimensions (C.D.), ensuring exceptional accuracy in every inspection.

    Its high-resolution capabilities support rigorous quality control and verification processes, enhancing the overall reliability and performance of our products.

  • Salt Spray Testing Machine

    Coat Thickness Testing

    Adhesion Testing

    DFT Tester

  • Coating Quality Testing

    Salt Spray Testing Machine

    Coat Thickness Testing

    Adhesion Testing

    DFT Tester

    To ensure the durability, appearance, and performance of metal surfaces, we employ advanced testing techniques using state-of-the-art equipment:
    Salt Spray Testing Machine (Presto Magnus Series 250 LTR): A critical tool for assessing the corrosion resistance of surface treatments. Our rigorous testing, ranging from 48 to 240 hours, evaluates the effectiveness of coatings such as powder coating, galvanizing, white hexavalent plating, and zinc yellow passivation. This ensures superior protection and long-lasting performance under harsh conditions.
    DFT (Dry Film Thickness) Meter: Used to accurately measure the thickness of coatings applied to metal surfaces. This ensures compliance with quality standards and consistency across all treated parts.
    Gloss Meter: Essential for evaluating the gloss level of coated surfaces, ensuring aesthetic appeal and uniformity. It guarantees that the finished product meets both functional and visual requirements.
    Adhesion Testing: A vital process to assess the bonding strength between the coating and the substrate. This test ensures that the coating will not peel or flake under operational stress, maintaining durability and protection over time.

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  • Surface Roughness Tester

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    The Mahr MARSURF PS 10 surface finish tester is crucial for evaluating surface finishes during process inspections. This advanced instrument ensures that all surface finish requirements meet the precise specifications outlined in engineering drawings.

    By accurately measuring surface roughness and texture, the MARSURF PS 10 guarantees that our products achieve the highest quality standards, supporting consistent performance and durability across all applications.

Certifications

The certifications are a testament to our commitment towards delivering excellence and quality.

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