Ultrasonic Thickness Measurement

Ultrasonic Thickness Measurement

Ultrasonic thickness measurement is a method of NDT used to gauge the thickness of a component or area. This is typically a metallic material, although possible on a variety of materials.

Measuring the Ultrasonic thickness of a component is often useful in a variety of industrial situations. It is necessary for accurate weld evaluation, monitoring of tanks or pressure vessels, observation of ship hulls and examination of steel structures.

If you require any further information, please do not hesitate to contact info@whendt.co.uk.
View Product on Company Website

Other Products and Services from WHE NDT

NDT Inspection Project Management & Consultancy

NDT Inspection Project Management & Consultancy

PROJECT MANAGEMENT - As a part of our NDT service we also offer clients a complete 'Testing package', taking on all of the customers testing requirements. This promotes an efficient, chronological and cost effective execution. Working with a pool of brilliant sub contractors we offer all types of destructive testing along side our non-destructive testing services.

CONSULTANCY - Boasting extensive combined academic and work place experience, we offer Non Destructive Testing consultancy. At WHE NDT, we can solve clients most complex NDT issues, distinctively. We deliver strategy and implementation from a technical and business point of view, whether it be the Manufacturing or Power Generation industry, WHE NDT have you covered.
Phased Array UT

Phased Array UT

Phased Array Ultrasonic Inspection (PAUT) is a very specialist and advanced method of ultrasonic testing. PAUT is seen as a safer way to carry out radio-graphic inspection, as it can produce an image of the inspected area, without exposing anybody to radiation.

To inspect a large volume of material, a conventional ultrasonic probe must be physically moved to scan the area of interest. In comparison, the beam from a PAUT probe can be focused and swept electronically, without the need to move the probe. The beam emission is controlled as the probe is made up of multiple small elements, each of which can be pulsed individually at calculated times. The term 'phased' refers to the timing, whilst the term array refers to the multiple elements.

If you require any further information, please do not hesitate to contact info@whendt.co.uk.
Crane NDT Inspection

Crane NDT Inspection

At WHE NDT we carry out regular Crane NDT Inspections across London and the rest of the UK. We assist our clients with there asset management requirements, ensuring there cranes are in good condition in-service and before they get erected on a new job.

We carry out Magnetic Particle, Ultrasonic, Dye Penetrant & Visual Inspection methods.

All or NDT technicians hold skilled CSCS cards, IPAF 3a & 3b and Working at height training.
WHE NDT Logo 001

WHE NDT

18 Reading Arch Road, Redhill, Surrey, RH11HG, United Kingdom

At WHE NDT, we specialise in Non-Destructive Testing (NDT), weld procedures, and welder qualifications, offering a wide range of inspection techniques across the UK for various industries. Our services include Magnetic Particle Inspection, Ultrasonic Weld Inspection, Phased Array UT, Penetrant Inspection, District Heating Inspection, Structural Steel Inspection, Pressure Vessel & Tank Inspection, and Crane NDT Inspection. We are dedicated to providing efficient, reliable, and value-driven NDT services tailored to your business needs. Serving sectors such as Defence, Aerospace, Power Generation, Construction, Rail, Fabrication, Engineering, and Manufacturing, our technicians hold Level 2 PCN or CSWIP qualifications (ISO 9712) and Level 3 qualifications, backed by 24 years of combined experience. Unsure about your requirements? We ensure a hassle-free service to meet all your needs.