OUR SERVICES

Highly Specialized & Appropriate Non-Destructive Testing

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Role of Non-Destructive Testing

  • Detection of material characteristics which renders a part to be unsuitable,
    unsafe or unusable for the intended purpose.
  • Describes any local variation in material geometry on the basis of physical, chemical or
    metallurgic properties.
  • Increases productivity, serviceability, and reliability.
  • Ensures safety.
  • Determines the integrity of a component.
  • To comply with the requirements of laid down specifications.
  • To comply with law requirements.

UT-testing

Magnetic Particle Inspection

Magnetic Particle Inspection

Process for detecting surface and sub-surface discontinuities in ferro-electric material by using an electric field.

Advantages

  • Best method for detecting fine, shallow surface cracks
  • Fast method
  • Very little limitations in respect to the size/shape of the test part
  • Very portable method

Components Tested

  • Winder brake components
  • Sheave wheels
  • Rope attachments
  • Rigging and lifting equipment
  • Conveyance components
  • Winder gearboxes
  • Compressor parts
  • Main/booster ventilation fans
  • Chairlifts
  • Winder drum shafts
  • Large mills

Ultrasonic Inspection

Ultrasonic Inspection

In ultrasonic testing, very short pulse-waves are launched into materials to detect internal flaws or characterize materials.

Advantages

  • Works well for cracks, lack of fusion, porosity and inclusions
  • Excellent for laminations or discontinuities parallel to the surface
  • It can be used on a wide variety of materials
  • It has very high penetration capabilities
  • Very portable method
  • Gives immediate results

Components Tested

  • Winder brake components
  • Sheave wheels
  • Rope attachments
  • Rigging and lifting equipment
  • Conveyance components
  • Winder gearboxes
  • Compressor parts
  • Main/booster ventilation fans
  • Chairlifts
  • Winder drum shafts
  • Large mills

Liquid Penetrant Testing

Magnetic Particle Inspection

A widely applied inspection method used to locate surface-breaking defects in all non-porous materials by applying penetrant to the part surface.

Advantages

  • Extremely small discontinuities can be located
  • Very portable method
  • Interpretation of discontinuities is relatively easy

Components Tested

  • All ferrous & non-ferrous metals

Eddy Current Testing

Uses electromagnetic induction to detect flaws in conductive materials.

Advantages

  • Defect detection underneath non-conductive coatings
  • Minimum part preparation required
  • No couplant required
  • Electronic data storage function
  • Fast technique
  • Applied in limited access areas
  • High sensitivity to small defects
  • Immediate results
  • Portable equipment
  • Material and coating thickness measurements
  • Conductivity measurements for:
    • Material identifications
    • Heat damage detection
    • Depth determination
    • Heat treatment and monitoring

Components Tested

  • Brake calipers
  • Drum webs
  • Sheave wheel spokes
  • Main ventilation fan welds
  • Winder caliper anchor beams
  • Gearbox gear teeth
  • Mill, pinion and girth gears

Ultrasonic Thickness Measurement

A method of performing non-destructive thickness measurement of the local thickness of a solid element (typically metal).

Advantages

  • Doesn’t require access to both sides of sample
  • Good accuracy
  • Very portable method

Components Tested

  • Pipe walls
  • Tank walls
  • Steel plates

Phased Array Inspection

Generates a beam angle that is multiplexed over a large array.

Advantages

  • Software control of beam angle, focal distance and size
  • Multiple angle inspection with a single small probe
  • Greater flexibility for inspection of complex geometry
  • High speed scans with no moving parts

Components Tested

  • Winder brake components (in situ)
  • Gearbox gear teeth
  • Mill, pinion and girth gears
  • Welds

2D Laser Profiling

The scanner offers a fast setup with multiple configurations catering for use on most hoist pulley sizes and interfaces.

Advantages

  • Accuracy of up to 1.0mm
  • Acceptance criteria functionality
  • Analysis mode for easy data capture on the site, while the data can be analyzed at a later stage
  • View with measurement capabilities

Components Tested 

  • Sheave wheel rim profiles
  • Winder rapir plates

Mechanical Audit / Alignment / Balancing Services

  • Laser alignment of rotating machinery
  • Sheave wheel alignment and fleet angles
  • Winder drum shaft alignment
  • On-site dynamic balancing of fans and equipment
  • Mechanical audits and inspections on rotating machinery
  • Bearing and coupling inspections
  • Main vent fans mechanical audit and inspection