Magnetic Particle Testing

Magnetic Particle Testing Service Reliable Surface Subsurface Flaw Detection for Ferrous Materials Our Magnetic Particle Testing (MPT) Service is a highly effective non-destructive testing (NDT) method used to detect surface and near-surface defects in ferromagnetic materials. This method identifies cracks, seams, laps, and other discontinuities in welds, castings, forgings, and machined components ensuring structural integrity and quality assurance. We offer both wet and dry MPT techniques, using fluorescent or visible magnetic particles under UV or white light conditions. Our certified Level II and III inspectors perform onsite or in-house testing in accordance with international standards such as ASME, ASTM, ISO, and AWS. Key Features: Detects surface and slightly subsurface discontinuities Suitable for steel, cast iron, and other ferromagnetic materials Portable equipment for onsite inspection Fluorescent and visible particle options Dry and wet methods available based on application Fast, cost-effective, and highly sensitive testing method Complies with ASME Sec V, ASTM E709, ISO 9934, AWS D1.1 standards Applications: Weld inspection in structural and pressure components Quality control of forgings, castings, and machine parts Inspection of shafts, gears, axles, and fasteners In-service inspection during plant maintenance and shutdowns Aerospace, automotive, oil gas, and heavy engineering industries Ensure material reliability and defect-free performance with our expert Magnetic Particle Testing Services. Fast, accurate, and non-destructive testing trusted by industries across India. Keywords: magnetic particle testing service, MPT inspection, MPI testing India, non-destructive testing for welds, surface flaw detection, ASME MPT testing, ferrous material NDT inspection.

Useful in NDT Inspections like Magnetic Particle Inspections, Engine leak detection, Dye Penetrant Testing using fluorescent technique, cleaning purpose for oxygen services.Our offered black light produces more than 7,000 micro/cm2 at 15 inch distance with 8 inch Beam Diameter. Powerful LEDs with a long life span of minimum approx 50,000 hours which is 10times better than conventional 100/125Watts UV Bulbs. Easy single button operation. Robust quality aluminum body. Very handy design; suitable for indoor outdoor use. Specifications Model SUPERNOVA Power supply AC(power) and DC(battery operated) Accessories 2 batteries 1 battery charger 1 AC adapter 2 UV protection goggles carry case.

EF-6Y is a new generation electromagnetic yoke creating AC Magnetic field for detection of surface cracks during Magnetic Particle Testing. EF-6Y is handy lighter (only 2 kgs) than conventional yokes. Articulating double joined legs contour easily adapt to any shape to assure good contact. It has robust and chemical-resistant construction and is equipped with a 2 meter long mains cable for convenience in field applications. EY-6Y s engineering plastic body has grooved rubber gasket which virtually seals the internal circuit, operator switch housed in a sealed cavity and stress relieved mains cord are built in safety features. Features: Ease of handling with greatly reduced fatigue due to soft grip, angled construction, better positioning, light weight optimized location of magnetizing control Strong rugged construction Additional safety features Exceeds ASTM 709 lift weight requirement

Magnetic Particle Inspection (MPI) is an NDT method that can use magnetism to detect surface and subsurface discontinuities in ferromagnetic materials. MPI is generally used to determine parts fitness for use. It is a relatively easy and quick method that is widely used in various sectors such as automotive, oil and gas, aerospace, petroleum, power generation, etc. This method detects surface or subsurface discontinuities such as cracks, porosity, laps, seams, inclusions in ferromagnetic materials. One of the major advantages of this method is, it is a relatively fast method and gives an immediate indication on the surface. This method works by inducing the magnetic flux in the part to be tested. If any discontinuities or detect is present on the surface or near the surface the magnetic field distorts and leaks around the defect. By application of magnetic medium on the surface, the particles attract the area where flux leakage has occurred producing a visible indication of the defect. This indication can be evaluated by the operator any necessary measures are taken if any. Our techniques for magnetic particle inspection include: Yoke Bench (for headshot direct induction) Coil shot Prods Central conductor ALPHA SONIX has skilled NDT personnel that have gained years of experience in performing MPI and are Level 2 and 3 qualified with ASNT. We provide the testing both on-site at our customers premises. When selecting ALPHA SONIX for your magnetic particle inspection (MPI) needs, you have an assurance that your maintenance schedules will be met and you will benefit from the expertise that our inspectors provide. Our reports will provide you with the necessary data to take preventive measures and will help in the management of assets.

It's used for detecting surface subsurface flaws by using magnetic yoke. Here the components are temporarily magnetised and magnetic fine dispersion (UV if required) is sprayed over the surface. The fine magnetic dispersed particles get aligned along the flaws present over the surface.

IQMS performs Magnetic Flux Leakage (MFL) technique in which, a section of the bottom tank is magnetized to, or near to, saturation of flux between the poles of the bridge. Nondestructive testing provides clear insight into the risk of leakage or other safety-critical defects, increasing integrity and safety within the installation and helping avoid undue operating expenses Magnetic flux leakage (MFL) is used for the inspection of storage tank floors (mild steel plate) corrosion defects. Magnetic Flux Leakage (MFL) is robust corrosion detection technique. It works on the principle of Hall Effect sensors to detect the magnetic leaking field created by corrosion. MFL flux leakage signal is a bi-polar signal which can be detected at the top (near surface) of the tank floor even when the corrosion originates on the bottom (far surface) of the tank floor. The magnetic flux leakage (MFL) approach is extensively used for the non-destructive testing (NDT) of large steel structures such as aboveground storage tank (ASTs). MFL testing is well suited to the inspection AST floors due to its ability to cover vast areas quickly. Magnetic flux leakage (MFL) array tank bottom inspection solution aimed at increasing productivity. MFL maintained at the bottom of the scanner, induces localized magnetic saturation at the tank floor plates, as the scanner moves over the area of corrosion Magnetic flux leakage (MFL) floor scanner comes with up-graded magnets to improve corrosion delectability and sizing on thicker materials, critical zone, faster data capture with a custom designed micro controller and all new software. Tank inspection ensures safety and integrity of tanks by preventing accidental leaks and avoids costly decontamination. A common failure mechanism is a leakage through the floor, damaging the tank foundation that leads to instability. Some of the Storage tank floors in industries are required to be inspected while the tank is out of service. MFL is a qualitative test method, so indications located by this technology require follow-up testing mainly by ultrasonic testing in order to determine the exact size and location of the defects.

Riding on high capacities of industrial ability and understanding, we are providing top class Magnetic Particle Testing Service. These services are delivered in agreement with the clients requisites to achieve client gratification. In addition, we commence these services only after identifying the given details of our clients.

We are among the leading companies who offer the Magnetic Particles Testing Services. We provide these services with the usage Magnetic Field to examine parts and products for imperfections. We use the modern equipment accurate result assessment which leads to the identification of all possible imperfections.

Used for finding surface/near surface defects in ferromagnetic material, magnetic particle testing (mt) is a versatile inspection method used for field and shop applications. Magnetic particle testing works by magnetizing a ferromagnetic specimen using a magnet or special magnetizing equipment. If the specimen has discontinuity, the magnetic field flowing through the specimen is interrupted and leakage field occurs. Finely milled iron particles coated with a dye pigment are applied to the specimen. These are attracted to leakage fields and cluster to form an indication directly over the discontinuity. The indication is visually detected under proper lighting conditions. the basic procedure that is followed to perform magnetic particle testing consist of the following: pre-cleaning of component introduction of magnetic field application of magnetic media interpretation of magnetic particle indications it is essential for the particles to have an unimpeded path for migration to both strong and weak leakage fields. Therefore, the component in question should be clean and dry before beginning the inspection process. The presence of oil, grease or scale may compromise the inspection. the introduction of the magnetic field can be introduced a number of ways including use of a permanent magnet, flowing of electrical current through the specimen or flowing an electrical current through a coil of wire around the part or through a central conductor running near the part. Two types of magnetic fields can be established within the specimen. These are a longitudinal magnetic field that runs parallel to the long axis of the part or a circular magnetic field that runs circumferentially around the perimeter. Longitudinal magnetic fields are produced using a magnetic coil or a permanent magnet called a magnetic particle yoke. Circular magnetic fields are produced by passing current through the part or by placing the part in a strong circular magnetic field.

Backed by highly accomplished personnel in this arena, we are offering Magnetic Particle Testing Service A team of dexterous personnel works in close coordination with our patrons to impart these services as per their needs. Provided services are largely valued amid our patrons for their on-time execution.

MTU TEST BLOCK Use our MTU test block also known as reference block type 1 to test the concentration of your magnetic powder suspensions, to ensure optimal error indication while carrying out magnetic particle inspection. The disc is used to check the performance and sensitivity of of the magnetic particle materials, to allow you to assess the material degradation and/or bath contamination.

We have a complete line of Magnetic Testing services meet your requirements. If your need is for a field examination, we will dispatch crew to your location to provide the right solution from a portable Yoke (Permanent Yoke AC Yoke). If the need is for large volume and small parts examination. Magnetic Particle Applications Weld examinationsTurbine component examinationPipelinesSmall and large scale production partsCasting materials - Engine components

Lumor J Powder consists of finely divided fluorescent magnetic particles which will fluoresce brilliant yellow-green under ultraviolet radiation with a predominant wavelength of 365 nm. The particles have been selected for their high magnetic response, low coercivity (to avoid coagulation) and prolonged operational life. Lumor J Powder is used for the high-sensitivity detection of surface or near surface defects in ferro-magnetic materials.

Magnetic powder is a finely divided ferromagnetic material used in magnetic particle inspection (MPI) a non-destructive testing (NDT) method for detecting surface and near-surface defects in ferromagnetic materials such as iron, nickel, cobalt, and some of their alloys.

This process used for detecting surface and slightly subsurface discontinuities in ferroelectric materials such as iron, nickel, cobalt, and some of their alloys. The process puts a magnetic field into the part.

Wet Method Fluorescent Magnetic ParticlesZchek F18 is high sensitive fluorescent magnetic particles designed to detect ultra fine defects. F18, thanks to its very low particles size offers high inspection reliablity.Fluoresces Yellow Green Optimum IndicationVery low background Enhances Inspection Reliability

Magnetic particle testing is a non-destructive test method, which can be used to inspect a variety of ferromagnetic components and products. These include castings, forgings and weldments. The method is used across different industry sectors, especially when determining if a component is fit-for-service.

Description: Magnetic equipments play an important role in Food Pharma Industries. Food safety and regular testing is essential to ensure they are complying with the current Food Safety Standard to control hazards and reduce risk. Permag endorses magnet validation testing services to assist in understanding the status of your magnets with the option of providing recommendations conforming to specifications. Magnet validation and magnet strength checks are essential to maintain magnet efficiency. This process allows us to work with you to understand the status of your magnets by controlling hazards and reducing risk. We offer magnet testing services conducted by trained technicians, using procedures and documentation. Our trained technician uses a calibrated gauss meter with minimal testing time and assesses the condition and efficiency of critical and upstream processing magnets. We provide reports of magnet strength, extraction efficiency do Magnet Validation and advice on controlling hazards and reducing risk according to current standards.

Product Description: We offer high-quality Magnetic Particle Testing Yoke (AC/DC Type), specially designed for efficient and reliable surface and near-surface crack detection in ferromagnetic materials. This MPT Yoke is ideal for non-destructive testing (NDT) applications in fabrication shops, pipeline inspection, power plants, automotive, aerospace, and heavy engineering industries. Key Features: Dual Mode Operation Supports both AC and DC magnetic fields for flexible inspection Portable Design Lightweight and ergonomic for easy field use Strong Magnetic Field Ensures effective flaw detection Rugged Construction Built for industrial environments Easy Operation Trigger switch for single-hand use Compliance Meets ASTM E709 / ASME Section V standards Technical Specifications: Input Voltage: 230V AC / 12V DC Magnetic Field: AC 10,000 Amp-turns (approx.) / DC 2,500 Gauss (approx.) Weight: Approx. 3.5 kg Pole Spacing: Adjustable (up to 300 mm) Accessories: Carry case, user manual, power cord Applications: Weld joint inspection Surface crack detection In-service inspection of structures Heavy equipment maintenance Why Choose Us? ✅ Ready stock available ✅ Quality-tested equipment ✅ Affordable pricing ✅ PAN India delivery ✅ After-sales support service

We are leading provider of Magnetic Flux Leakage Testing Services (MFL) all over World at very reasonable prices.

Ferrites India offers precise and reliable AlNiCo (Aluminum-Nickel-Cobalt) magnet testing services using a dedicated machine setup to measure critical magnetic properties. Our testing process ensures your AlNiCo magnets meet quality standards and perform optimally for their intended applications. Supported Sample Shapes: Cylindrical Ring Flat Block Key Parameters Measured: ✔ Br (Remanence): Residual magnetism after external field removal ✔ Hc (Coercivity): Resistance to demagnetization ✔ BHmax (Maximum Energy Product): Maximum energy density of the magnet ✔ Jmax (Saturation Magnetization): Highest magnetization achieved Testing Highlights: DC BH curve generation using an advanced machine setup Suitable for testing pre-magnetized AlNiCo samples Delivers consistent, high-precision results for industrial and research applications Applications: Quality assurance for AlNiCo magnet manufacturers and suppliers Research Development material analysis Performance verification for specialized magnetic assemblies Why Choose Ferrites India? ✅ Advanced machine setup for AlNiCo magnets ✅ Accurate and detailed reporting ✅ Trusted by industries for magnetic material testing

we "Birasini Test House" are known to be among the most eminent organizations involved in offering a broad array of Industrial and Biological Testing Services.

Magnetic particle testing is a method for detecting cracks and other discontinuities on surface and subsurface of ferromagnetic materials. Sensitivity of detection is maximum at the surface and diminishes rapidly with increasing depth of sub-surface defects. Detection of defects depend on the fact that when a material is magnetized, discontinuities which lie transverse to the direction of magnetization cause distortion of the magnetic lines of flux and a leakage field is formed at or above the surface, some of these particles are held by the leakage flux. These magnetically held collection of particles form outline of effects and show location, shape and extent of the discontinuities. A number of factors such as direction and strength of the magnetic field, magnetic character of the part, location and orientation of discontinuities and type of the magnetic powder applied, affect the formation of the powder pattern, and therefore exact location of the flaw is indicated by the method.

Magnetic Particle Inspection (MPI) is a non-destructive testing method that can detect surface and subsurface flaws in ferromagnetic materials. Magnetic particle inspection is often carried out to help determine an item's fitness for use or conformity

Magnetic Particle Testing MPT Services are a non-destructive testing NDT method used to detect surface and near-surface flaws in ferromagnetic materials. This technique involves magnetizing the material and applying fine magnetic particles, which gather around any discontinuities, making defects such as cracks and voids visible. MPT is widely used in various industries where safety and structural integrity are paramount, offering a reliable way to assess the quality of critical components.

With precise knowledge of the relevant field, our organization is offering a wide range of Magnetic Particle Testing Training Service. Together with this, the offered services are rendered at very reasonable rates and offer optimum training work to our precious clients as per their needs.

Owing to our in-depth industry experience and precise knowledge of this domain, we are offering an outstanding assortment ofMagnetic Particle Testing Training Service

Magnetic Particle Testing (MT), also known as Magnetic Particle Inspection (MPI), is a highly effective non-destructive testing (NDT) method used to detect surface and shallow subsurface flaws in ferromagnetic materials (metals like iron, nickel, cobalt, and most steels)