Assuring and Exceeding Conformity

OUR SERVICES

Equipment Examination and Certification

Pronde Technologies takes pride in providing a higher standard of equipment examinations and certifications. We ensure your equipment is compliant with OH&S regulations and applicable standards. Our certified inspectors work directly with our engineering team and the manufacturer in accordance with applicable codes, standards, and OH&S regulations to provide examinations, deficiency repair recommendations, and engineering certification of equipment.

Equipment examinations are performed utilizing non-destructive testing methods including visual testing (VT), magnetic testing (MT), penetrant testing (PT), ultrasonic testing (UT), material hardness testing, and other specialty testing methods.

Pronde Technologies provides examination and engineering certification services for a variety of equipment.

Aerial Work Platforms
Concrete Pumpers
Digger Derricks
Drill Rigs
Fire Department Aerial Devices
Lifting Devices
Lift Trucks
Mobile Cranes
Overhead Cranes
Pipelayers
Tower Cranes
Vehicle Hoists
Vehicle-Mounted Aerial Devices

Magnetic Testing (MT) is a nondestructive test method that is utilized for the detection of linear surface and near surface discontinuities in ferromagnetic (material that can be magnetized) test materials.

Magnetic Particle Testing relies on the principle that magnetic lines of force (flux) will be distorted and concentrated around the discontinuities or defects in a ferromagnetic material. When iron particles (magnetic particles) are applied to the surface of the material and subjected to a magnetic field, they will be attracted to and cluster around these discontinuities, making them visible for inspection.

Fluorescent Magnetic
Wet Magnetic
Dry Magnetic

Magnetic Particle Testing

Penetrant Testing (PT) is a nondestructive test method which does not harm the samples or parts being tested. The test is very effective in detecting porosity, cracks, fractures, laps, seams, and other flaws that are open to the surface of the test piece that may be caused by fatigue, impact, quenching, machining, grinding, forging, bursts, shrinkage, or overload. As a result, it is often used on lots of machined parts, as well as weldments, manufactured products, castings, forgings, and other items that will be placed into service. Penetrant Testing can be used successfully on nonporous and fairly smooth materials such as metals, glass, plastics, and fired ceramics.

Water Washable
- Fluorescent
- Visible
Post Emulsifiable
- Fluorescent

Liquid Penetrant Testing

Ultrasonic Testing (UT) testing is a non-destructive testing (NDT) method used to evaluate the quality and integrity of welded joints and other structures. It employs high-frequency sound waves, typically in the ultrasonic range, to detect flaws, discontinuities, and defects in the weld zone. This method is widely used in various industries, including manufacturing, construction, and aerospace, for ensuring the structural soundness of welded components.

A specialized ultrasonic transducer, often in the form of a handheld probe, is used to generate high-frequency sound waves. This transducer converts electrical energy into mechanical vibrations that travel through the material being tested. The ultrasonic waves are introduced into the material at one end of the welded joint. They travel through the material and are partially reflected or refracted at the interfaces of different materials, such as the base metal and the weld. The transducer also detects echoes or signals reflected back from internal defects.

The received signals are analyzed by specialized equipment, which displays them on a screen in the form of a visual representation known as an A-scan or a B-scan. The data can also be used to create C-scan images. Any deviations or irregularities in the sound wave patterns, such as indications of voids, cracks, lack of fusion, or other defects, are identified as potential flaws in the weld.

Thickness Measurements
Flaw Detection

Ultrasonic Testing

Certified Welding Inspectors play a vital role in the fabrication industry. Their responsibilities have a direct bearing on final product quality and thus public safety. By adhering to the project specifications, applicable standards, and following an inspection plan they address defects to ensure the weld's performance and safety in various applications.

The requirements for certification as visual welding inspection in Canada is defined under CSA W178.2, which is administered by the CWB Group. This standard provides three progressive levels of certification: Level 1, 2, and 3. In addition, the CWB Group provides additional training and certification to other inspection standards – these “code endorsements” allow a certified welding inspector to easily expand the range of industries and inspection applications they are qualified to work in.

Visual Weld Conformance

Quality management is not merely a set of tools and processes but a strategic approach that influences the overall success and sustainability of an organization. It is a holistic philosophy that places customer satisfaction and continuous improvement at its core, benefiting customers, employees, shareholders, and society as a whole.

Our team helps companies ensure project quality is meeting the applicable standards. As a CWB certified CSA W178.1 company along with our team of Engineering Technology Professionals, CWB welding Specialists, CSA W178.2 Level 3 Inspectors, CAN/CGSB-48.9712 Level 3 Inspectors, and SNT-TC-1A Level 3 Inspectors, we provide project auditing services, NDT procedure development/review, and other specialized services.

Quality Management

Hardness is a characteristic of a material, not a fundamental physical property. It is defined as the resistance to indentation and it is determined by measuring the permanent depth of the indentation.

Hardness testing is used for two general characterizations
- Material Characteristics
  - Test hardenability
  - Test to confirm process
  - Can be used to predict tensile strength
- Functionality
  - Test to confirm ability to function as designed
  - Wear resistance
  - Toughness
  - Resistance to impact

Hardness Testing

Our dynamic engineering team is composed of skilled engineering technologists, proficient drafting technologists, and specialized engineers, each excelling in their respective areas. We provide comprehensive engineering and drafting support for diverse projects including new constructions, repairs, alterations, and reconstructions. Our commitment lies in delivering tailored solutions to meet your project needs with precision and excellence.

Design and Development
Quality Control and Assurance
Consulting and Analysis
Equipment Certification
Equipment and Machinery Repair
Specialized Repair Services
Inspection and Testing

Engineering Services

Specialty Services

We offer tailored testing services designed to meet your project's unique needs. Contact us today for more information and to discuss how we can fulfill your specific requirements.