We offer  Radiography Testing to examine parts and products for imperfections through the use of penetrating gamma / X-radiation. We make use of hi-tech X-ray machines and radioactive isotope for radiation. Use of modern equipment & accurate result assessment leads to identification of all possible imperfections.

By making best use of Radiography Testing method we deliver evaluation of :

• Material properties - determination of composition, density, uniformity, and cell or particle size.
  
• Manufacturing and assembly properties - dimensions, flaws, bond integrity, accuracy of assembly.
  

Techniques Used:

• Uesing gamma radiography for (10 mm- 60mm) Section Steel
  
• Uesing X-ray radiography less then 10mm section of steel
  

We conduct ultrasonic inspection where beams of high-frequency sound waves are introduced into material to detect subsurface flaws in the material. We use different types of ultrasonic testing techniques, of which pulse echo is the most commonly used technique. Ultrasonic weld inspection /UT flaw detection by computed-aided socumentation and sata recording machine of Krautkramer make.

The ultrasonic testing is used to inspect:

• Ultrasonic weld inspection/UT flaw detection by computed-aided documentation and data recording machine of kraukramer maka.
  
• comprehensive UT thickness survey.
  

It is very useful and fast method for detection of surface and sub surface crack of any ferro magnetic magnetic materials. Any suspected surface areas of equipment/vessels or welds of pipe lines during visual inspections or preliminary survey should be corssed chesked by this method for any rectification of the defects if found any. The surface being inspected is first cleaned and then magnetized with the help of permanent magnet or electromagnetic yoke using AC/HWDC current resulting flow of magnetic line of force over the surface under test.

At this stage, magnetic dry/liquid power is sprayed over the surface. Any defects on the surface/subsurface distoredthe magnetic filed/interrupted the flow of magnetic lines of force resulting the formation of north and south poles across the cracks width . These inter poles attract the sprinkled magnetic power/liquid causing and images of discontinuity over the surface.

The images is more sharp if the cracks are close to the surface. Some factors which theeffect the formation and aooearance of distortion patterns direction and srength of magnetic field -method of magnetzation employed-size, shape and direction of defects-surface condition under test- characteristic of magnetic power/liquid and method of applying.

We offer dye penetration test that are also known as liquid penetration test. Other than visual inspection dye penetration test is one of the oldest and most widely used NDT methods. This test is suitable for any kind of non-porous material and is best for detection of surface breaking.

We make use of fluorescent dye to detect the surface breaking. from the flaw. The objects are coated with visible or fluorescent dye solution and a developer is applied. The developer acts as blotter and draws trapped penetrant out of imperfections open to the surface. These can be suitable for any kind of non-porous material and is most often used for stainless steel and stainless welded items.

We offer leak testing 0f the most preferred Non-Destructive & Non-Invasive Testing Techniques for pipes & pipe line systems. We make use of Infrared Radiometric method to conduct leak test

The infrared testing is highly accurate and efficient in locating:

• Pipeline leaks
  
• Voids caused by erosion
  
• Deteriorated pipeline insulation
  
• Poor backfill
  

When the fluid forms a plume near the pipeline due to leakage, it is reflected in different surface temperature patterns above the leak location, because the fluid has a thermal conductance different from the dry soil or backfill. Our high resolution infrared radiometer scans the entire area and displays pictures with areas of differing temperatures by shades/ tones of colour. Thus facilitating detection of leakage.

We are a trusted welding consultant offering a vast assortment of consultation services pertaining to welding services, establishment of welding units, non-destructive analyses of welded object etc. We have a team of experts who guide our clients as per their application / industry need. From establishment of fabrication units to adaptation of new welding methods, we assist our clients in all their needs.

Our experience in this industry expands over fabrication, welding, inspection & NDT services, thus deliver timely, reliable & cost effective consultation to clients from fabrication & manufacturing industries.

We are an independent, third-party quality inspection service provider. Our services are devised to results in improved product quality and compliance to defined standards at client's end. Our services assure that there is a noticeable reduction in customer complaints, non-compliance to standards, wastage and reworks.

We have deployed a team with expert assessment skills for inspection projects. Our third party inspection services include:

• Picking of Samples and Testing Coordination
  
• Initial Production Check
  
• In-Production Check
  
• Random Inspection
  
• Loading Supervision
  

We extend stress relieving service for welded & heat treated objects. Presently large structure are made by fusion welding and the problem of stress needs to be administered with expertise. Stress develops when there are certain changes in material density & it's intrinsic molecular properties due to welding or other heat treatments.

Unwanted internal stresses lowers the endurance limit of individual parts leading to different types of risks. We treat these internal stresses and reduce them with the use of modern methods & equipment.

It is Necessary to see any change in metallurgical structure due to aging inhospitable environment. Since the materials of vessels / equipment long expose of material under liquid & pressure temperature grain structure of the material may affect/deteriorated as such, some affected portion of equipment & pipe form inside or outside should be marked to access any change of structural gain. Micro structure should be taken all some deteriorated weld joints as well as heat affected Zone.

This will give proper health assessment of equipments & pipe line or which may predict the residual life of the equipments & pipe line.

We offer health assessment service for different plants & machinery. These services assess the risk that outline the severity of potential injury and we provide a calculation of the safety risks. We do this by determining the frequency of exposure to each type of hazard. Our assessment also recommends action that can be taken to minimize the risk, thus ensuring compliance to defined standards and regulations.

We are committed to deliver world class non-destructive test training experience with knowledge & expertise gained over the years in  this industry. Our curriculum is formed to provide training programmes, best practices and leading knowledge in NDT. We offer training in-house and also at client's premise as per need. Our training is supported with latest technologies and serves an opportunity to hone the skills of metallurgist, engineers and technicians.

All our training modules are designed to impart practical knowledge and we assure that the knowledge imparted is applied immediately. Our courses provide engineers & technicians the capability to improve their testing techniques, perform advanced tests and meet standards.