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Specialized Testing

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Ultrasonic Testing

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Visual Inspection

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The Founders distinguish VSV as a team of highly qualified and motivated Inspection and NDT Engineers with over 15 years of professional experience in this technology.To back up their efforts, there is VSV’s dedicated and professional team of trained engineers to the requirements of American Society For Non-Destructive Testing (ASNT) And Atomic Energy Regulatory Board (AERB) as well as Research and Design and Standard Organization (RDSO) Our experience and activity profile covers vast and diverse clientele withespecific and  at times demanding job requirements such as Thermal Power Stations, Plant Pipings, Cross Country Pipeline Refineries, Nuclear Power Plant, Penstocks, Hydro-Electric Power Station, Off-Shore Inspection, Horton Spheres, Defence And Aerospace Divisions, Foundries, Valve Manufacturers, Storage Tanks, Automobile Industries and specially railway track testing for Indian Railways, DMRC, DAMEL.VSV is a reputed company in India for Nondestructive testing, Material testing, Third party inspection, Consulting services and Training & Certification in NDT and Welding Inspection related technologies to clients in manufacturing, processing, heat treatment, in-service inspection of nuclear, aerospace NDT, automobile, fabrication of structures, oil & gas exploration companies, petroleum refineries, cross country pipelines in India and abroad.VSV was established in 2010 by a core group of eminent NDT, Welding Inspection and Material testing professionals, Engineers and technologists with rich 15 plus years of experience with many industrial verticals. Operating from a well-equipped, gigantic,ultramodern purpose built Material Testing laboratory, NDT inspection facilities, state of art inspection and testing equipments, modern training center. Since its inception, the NDT & material testing company has been successfully serving its clients in India with high quality, cost effective and timely services. VSV is widely recognized and respected for its quality integrity services with technology driven resources.VSV is also organizing and conducting world class NDT level 1, 2, Welding inspector and other materials testing, inspection technology training and certification courses. The institute is recognized internationally for most experienced ASNT NDT Level III trainers, welding inspectors and material testing experts. Explore our training, certification and professional development offerings and discover a wealth of resources to help you to reach the quality targets. We have training schedules throughout the calendar year for the convenience of training delegates to enroll for courses well in advance and be sure to visit our training course calendar for India and other international training venues.+ Read More

Nature of Business

Service Provider

Legal Status of Firm

Limited Company (Ltd./Pvt.Ltd.)

Annual Turnover

Upto Rs. 50 Lakh

GST Number

09AADCV9536A1Z9

Specialized Testing
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Specialized Testing

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Our specialized testing group inspects rail in areas that are inaccessible or where using hi-rail or rail bound vehicles is not always economical. Example applications include the inspection of interlocking, switch components; plug rail, welds, and other rail-related components for defects.
As with all of our other techniques, all inspection results are recorded and captured electronically by our team of fully-qualified and certified ultrasonic operators.

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Safety
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Safety

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VSV is committed to providing a safe and healthy work environment, and has developed a Safety Management System (SMS) to provide a framework for leadership at all levels in the company. This emphasis on achieving a strong safety culture is part of what makes VSV a great place to work. The management team is committed to providing the leadership and resources to achieve a world-class safety system with world class results. Indeed, this is what our customers expect. It is our belief that both VSV employees and subcontractors and clients will share in the successful implementation of the Safety Management System. At VSV, Safety is one of our Core Beliefs.

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Ultrasonic Testing
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Ultrasonic Testing

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Ultrasonic Testing is an NDT method applied to detect internal flaws in materials, components and structures. Ultrasonic is sound beyond the human audible range that is 20 to 20 kHz. Ultrasonic inspections use frequencies of above 0.5MHz up to 25MHz to test metals, ceramics, glass, composite and other engineering materials.
The ultrasonic waves travel through the material with some loss of energy (attenuation) due to material characteristics. The intensity of ultrasonic waves is measured, after reflection at interfaces (or flaw) or is
measured at the opposite surface of the specimen (through transmission). The reflected beam is detected and analyzed to define the presence and location of flaws. The degree of reflection depends largely on the physical state of matter on the opposite side of the interface, and to a lesser extent on specific physical properties of that matter. For instance, ultrasonic waves are almost completely reflected at metal-gas interfaces, partial reflection occurs at metal-liquid or metal-solid interfaces. Ultrasonic testing has a superior penetrating power than radiography testing and can detect flaws deep (up to 5metre of steel) in the test objects. UT is quite sensitive to small flaws and allows the precise determination of the location and size of the discontinuities.
Ultrasonic testing is commonly used for inspecting castings, rolled bars, plates, forgings, thin sheets, extruded components, drawn components, welds and to measure reduction in thickness of pipes, vessels and other components
VSV is equipped with
  • State of the Art Ultrasonic flaw detection equipments with built-in DGS curves, AVG, AWS flaw sizing techniques for welds
  • Transducers suitable for critical inspections, most sensitive, high temperature and high attenuative materials inspection applications
  • T-K-Y joints testing experts
  • Experienced in house ASNT NDT Level III experts for providing techniques establishment, procedure preparation, approval and consultancy services in UT
  • Ultrasonic inspection professionals qualified and certified to Level I, II as per ASNT recommended practice SNT-TC-1A, IS:13805 by Indian Society for Nondestructive testing (ISNT) and are approved by leading third party inspection authorities

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Magnetic Particle Testing
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Magnetic particle testing is a method for detecting cracks and other discontinuities on surface and subsurface of ferro-magnetic 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. 
The magnetic particle inspection facility is equipped with
  • Modern high amperage magnetic particle testing equipments including electromagnetic yokes 
  • Powerful mobile type of prod equipments
  • Stationery wet horizontal type equipments for inspection of mass production components, coils, solenoids, central conductors
  • High intensity black light kits for fluorescent inspection and demagnetizing equipments
  • Magnetic particle testing professionals are qualified and certified to MT Level I, II as per ASNT recommended practice SNT-TC-1A, IS:13805 certified by Indian Society for Nondestructive testing (ISNT) and are approved by leading third party inspection authorities 6. Experienced in-house ASNT NDT Level IIIs for providing testing and consultancy services

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Liquid Penetrant Testing
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Liquid Penetrant Testing

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Also known as Dye penetrant testing, Liquid penetrant inspection is the most reliable method of finding defects and discontinuities opened on the surface especially in all non-porous materials. This method is widely used for testing of non-magnetic materials.
In PT method, a liquid/dye penetrant is applied to the surface of the product for a certain predetermined time specified by codes, standards or specifications, after which the excess penetrant is removed from the surface. The surface is then dried and a developer is applied to it. The penetrant which remains in the
discontinuity is absorbed by the developer to indicate the presence as well as the location, size and nature of the discontinuity. Penetrants used are either visible dye penetrant or fluorescent dye penetrant. The inspection for the presence of visible dye indications is made under white light while inspection of presence of indications by fluorescent dye penetrant is made under high intensity ultraviolet (or black) light under darkened conditions.
The Liquid penetrant testing facility is provided
  • with ultra sensitive, high sensitive, medium sensitive penetrant materials suitable for structural to aerospace applications.
  • Stationery Dye penetrant testing stations.
  • Experienced in-house ASNT NDT Level IIIs for preparing, approving NDT procedures and providing consultancy services.
  • liquid penetrant testing technicians and engineers are qualified and certified to PT/DPT Level I, II as per ASNT recommended practice SNT-TC-1A

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Radiographic Testing
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Radiographic Testing

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Radiographic testing method is useful for the detection of internal flaws in many different materials and configurations especially used for quality assurance of castings, forgings and welds. 
An appropriate radiographic film is placed behind the test specimen and is exposed by passing either X-rays or gamma rays through it. The intensity of the X-rays or gamma rays while passing through the product is modified according to the internal structure of the specimen and thus the exposed film, after processing, reveals the shadow picture, known as a radiograph, of the product. It is then interpreted to obtain data about
the discontinuities present in the specimen. 
VSV is equipped with latest equipments, radioactive isotopes (Ir-192), X-ray machines for a radiographic inspection and high intensity illuminators suitable for high density file interpretation. The radiography technicians are experienced in inspection of castings in foundries, weldments in heavy fabrication, cross country pipelines, petroleum refinery piping, nuclear and aerospace components. Consultancy services can also be provided by our in house ASNT NDT Level IIIs in the method.
Our Radiography testing professionals are qualified, certified to Level I, II in the Radiography Testing and Radiographic interpretation as per ASNT recommended practice SNT-TC-1A.

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Visual Inspection
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Visual Inspection

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Visual inspection is one of the most common and most powerful means of non-destructive testing. Visual testing requires adequate illumination of the test surface and proper eye-sight of the tester. 
To be most effective visual inspection does however, merit special attention because it requires training (knowledge of product and process, anticipated service conditions, acceptance criteria, record keeping, for example) and it has its own range of equipment and instrumentation. It is also a fact that all defects found by other NDT methods ultimately must be
substantiated by visual inspection. VT can be classified as Direct visual testing, Remote visual testing and Translucent visual testing. The most common NDT methods MT and PT are indeed simply scientific ways of enhancing the indication to make it more visible. Often the equipment needed is simple for internal inspection, light lens systems such as bore scopes allow remote surfaces to be examined. More sophisticated devices of this nature using fibre optics permit the introduction of the device into very small access holes and channels. Most of these systems provide for the attachment of a camera to permit permanent recording. 
VSV material testing facility contains light meters, welding gauges, magnifiers, lenses, other measuring instruments and equipments for precise control of surface quality. Our NDT inspectors, engineers and technicians are qualified to NDT Level I, II as per written practice prepared according to ASNT recommended practice SNT-TC-1A and in-house ASNT NDT Level IIIs for providing inspection and consulting services.

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ON DMRC Railway Tracks

ON DMRC Railway Tracks

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