• Skip to main content
  • Skip to footer

Sandberg

Materials Testing and Consultancy

Menu
  • Home
  • About
      • About Us

      • Sandberg Today
      • Sandberg History
      • Opportunities
      • Memberships and Associations
    • Sandberg Key Personnel
        • Neil Sandberg
        • Simon Clarke
        • Julie Dell
        • Bob Easthope
        • Mike Eden
        • David Ellis
        • Jayne Fagan
        • Mariachiara Faliva
        • Julian French
        • Rom Gostomski
        • Kevin Green
        • Yohann Guellil
        • Ian Hudson
        • Marion Ingle
        • Ashfaq Khokhar
        • Daniel Kinnersley
        • Ewa Krylowicz
        • Sebastian Kwincinski
        • Roger Lucas
        • Dr Ewan Maclean
        • Gavin Mayers
        • Gregory Moor
        • Chris Morgan
        • Simon Morris
        • Dr William Newby
        • Tony Pitman
        • Steve Pringle
        • Richard Rogerson
        • Panos Sotiropoulos
    • News & Information
        • London Legal Walk
        • Sam Burdett appointed to IOM3 advisory council
        • Tony Willmott 1949 – 2021
        • Structural Steelwork – Specifying the Future
        • Head Office
        • COVID-19 Update
        • Client Satisfaction Survey
        • UKAS Accreditation
        • Midland Corrosion Services Ltd
        • Pension Scheme Documents
    • Vacancies
        • Construction Materials Manager
        • Construction Materials Technician
        • GPR Surveyor
        • Materials Consultant
        • Building Inspector
        • Head of Facades
  • Laboratory
    • Stone
      • Building Stone
      • CE/UKCA Marking Stone
      • Stone Testing
      • UKAS Stone Testing
    • Chemistry
      • Cement Testing
      • Chemical Testing
      • Chloride Testing
      • Efflorescence
      • Hardened Concrete Analysis
      • Infrared Spectroscopy
      • Lead in Paint
      • Mortar Testing
      • Rock Salt Testing
      • Screed Analysis
      • Water Testing
    • Construction Materials
      • Agglomerated Stone CE Marking
      • Aggregate Testing
      • Bricks, Blocks, Flags & Pavers
      • Laboratory Concrete Testing
      • Fresh Concrete Testing
      • Hardened Concrete Testing
      • Masonry Testing
      • Screed Testing
      • Terrazzo/Agglomerated Stone
    • Geomaterials
      • Concrete Petrography
      • Mica and Pyrite Blocks
      • Mundic Concrete
      • SEM and X-Ray
      • Sulfate Attack
    • Metallurgy
      • Laboratory Services
      • Bolt Testing
      • Metallographic Analysis
      • Metals and Weld Testing
      • Scaffold Component Testing
      • Tensile Testing of Metals
    • UKAS Testing
  • Site
    • Ground Penetrating Radar
      • GPR Surveys
      • GPR Principles
      • Building Investigation
      • Chimney Flue Location
      • Concrete Imaging
      • Concrete Slab Surveys
      • Ferroscan/GPR Compared
    • Inspection
      • Abseil Inspection
      • Bedding Mortar
      • Building Inspection
      • Bridge Inspection
      • Cladding Inspection
      • Concrete Floors
      • Ferroscan Surveys
      • Fire Damaged Concrete
      • GFRC Inspection
      • HAC Concrete
      • NDT Weld Inspection
      • Paint Inspection
      • Precast Concrete Inspection
      • Woodwool
    • Leak Detection
      • Defect and Leak Location
      • Waterproof Membranes
    • Load Testing
      • Buildings
      • Balconies and Barriers
      • Car Park Barriers
      • Sports Ground Barriers
      • Cladding Systems
      • Foundations
      • Glass Panels
    • Specialist Testing
      • Data Logging
      • Slip Resistance
      • Thermography Surveys
    • Steelwork/Metallurgy
      • Steelwork Services
      • Sampling and Testing
      • Safe Working Loads
      • Steel Fire Damage
  • Consultancy
      • Building Envelope
        • Building Fire Safety Audits
        • Condensation Risk Analysis
        • Facade and Roofing
        • Thermal Analysis of Facades
        • Thermography Consultancy
      • Building Retrofit
        • Retrofitting of Buildings
        • Sustainable Construction
      • Conservation
        • Building Conservation
        • Stone Conservation
        • Historic Mortars
        • Historic Metals Conservation
      • Expert Services
        • Expert Witness
        • Independent Advice
      • Stone Consultancy
        • Building Stone (new projects)
        • Building Stone (existing)
        • Building Stone Suitability
      • Geology/Geomaterials
        • Geology/Geomaterials Services
        • Materials for Coastal Engineering
      • Specialist Services
        • Building Damage Assessment
        • Demolition and Refurbishment
        • Glass and Glazing
        • Pavement Consultancy
      • Quality Assurance
        • Contract Administration
        • Materials and Workmanship
    • Polymers
      • Polymer Consultancy
      • Polymers in Construction
      • Polymer Failure Analysis
      • Polymer Identification
      • Polymer Microscopy
    • Concrete
      • Alkali Aggregate Reactivity
      • Concrete Consultancy
      • Concrete Durability
      • Concrete Strength Assessment
      • Steelwork
        • CE/UKCA Marking of Steel
        • ISO 3834 Services
        • Failure Investigation
        • Welding Coordinator (RWC)
        • Steelwork Consultancy
      • Sandberg Consultants
  • Contact

Building Investigation using GPR

scanning a building facade using GPR
NDT building investigation using GPR

Ground Penetrating Radar (GPR) offers a cost-effective non-destructive (ND) method of building inspection and investigation. Non-destructive techniques generally prove cost-effective because they are non-intrusive and do not require the repair of the building fabric and decorative finishes.

GPR can be used to determine construction detail when no as-built drawings are available (or to confirm that drawings that are available are correct) and assessing the feasibility of proposed building works. Ground Penetrating Radar is silent, does not emit any harmful radiation or fumes and causes minimum disruption in occupied buildings. This makes it particularly useful for use in historic/listed buildings or where fine decorative finishes are present, where the use of more conventional techniques would result in extensive and unnecessary damage.

In building investigation, GPR can be used for:

  • Thickness measurement of members such as floor slabs and walls
  • Basement and floor slab construction
  • Size and orientation of structural members
  • Location of metallic components such as fixings, clamps and dowels
  • Rebar mapping of reinforced concrete
  • Flue and conduit location
  • Location and extent of voiding
  • Foundation location
Abseil building survey using GPR

Abseil GPR survey of building to locate embedded metal. GPR is a non-destructive survey method, which makes it particularly suitable for historic and listed buildings.

Sandberg also offers building inspection and investigation services using more traditional methods, fully supported by Sandberg’s comprehensive laboratory services. Consultancy services are also available. Sandberg offers a true ‘one-stop-shop’ for all building investigation and inspection services.

For more information contact our in-house expert:

avatar

Ewa Krylowicz

Direct Tel: 020 7565 7056
Email: ewa.krylowicz@sandberg.co.uk
You are here: Home / Site Investigation and Inspection / Ground Penetrating Radar (GPR) / Building Investigation using GPR

Footer

Registered in England and Wales
Partnership No: OC304229

About | Laboratories | Site | Consultancy | People | Contact

Share on Twitter Share on Facebook Share on LinkedIn Share on E-mail Share on WhatsApp

Copyright © 2022 Sandberg LLP · Privacy Policy