Privacy Notice: By using this website, you are deemed to have consented to our privacy policy.

  • Shop
    • Vacuums
    • Haircare
    • Purifier
    • Fans
  • Vacuums
    • Cord-free V10
    • Allergy and Dust
    • About Dyson vacuums
    • Register your machine
  • Fans and Purifier Fan
    • Purifier fans
    • Fans
    • Register your machine
  • Hair Care
    • Dyson Airwrap™ styler
    • Dyson Supersonic™
  • Hand Dryers
    • About Dyson Airblade hand dryers
    • Dyson Airblade V
    • Dyson Airblade dB
    • Dyson Airblade Wash+Dry
    • Case Studies
    • Costs
    • Useful Documents
    • Register your machine
  • Support
    • Get expert help
    • Privacy Policy
    • Guarantee
    • Register your Hand Dryer
    • Contact Us

Find us

Facebook

Twitter

Youtube

Choose location

Malaysia Flag

Malaysia ‎

See more locations

Search



Case studies

  • Call: +603 7710 5877
Coca-Cola London Eye Airblade case study
Coca-Cola London Eye
The Coca-Cola London Eye is one of the UK’s most famous landmarks, attracting over 3 million visitors a year from across the globe.
Read more about Coca-Cola London Eye
Keflavik Airport Airblade case study
Keflavik Airport
Keflavik Airport, Iceland provides a natural link between North America and Europe, and prides itself on delivering a modern, streamlined travel experience.
Read more about Keflavik Airport
Arena Corinthians Airblade case study
Arena Corinthians
Home to Corinthians, one of the largest and most successful football clubs in Brazil, the Arena Corinthians sports stadium regularly welcomes over 47,000 sports fans - and hosted six matches during the 2014 FIFA World Cup.
Read more about Arena Corinthians
Soldier Field Airblade case study
Soldier Field
American football stadium Soldier Field was built in the early 1920s to commemorate US soldiers lost at war. Today, it's an icon venue for the city of Chicago, continuing to host football alongside a range of other sports and events.
Read more about Soldier Field
  • How to buy

    How to buy

    Buy Dyson Airblade™ technology.

  • icon Dyson Store

    Resource library

    Explore technical specifications, installation guides and information
    for architects.

  • Support icon

    Support

    Help and support for Airblade™ technology owners from a
    Dyson Airblade™ hand dryer expert.

  • Case studies icon

    Case studies

    Hear from businesses that are already experiencing Airblade™ technology.

dyson
  • Case studies

  • Products
    • Vacuum cleaners
    • Fans
    • Hair care
    • Hand dryers
  • Shopping info
    • Browse vacuum cleaners
    • Browse fans
    • Guarantee details
    • Find a Retailer
  • Support
    • Get expert help
    • Register your guarantee
  • Community
    • About Dyson
    • Press
    • Careers
    • Follow us on Facebook
  • General
    • Contact us
    • Global Privacy Policy
    • Global Cookie Policy
    • Corporate social responsibility
    • Sitemap
    • Mobile Site

* Tested to IEC 60312-1 Cl. 5.1, 5.2. An average of hard floor and crevice test results.

** See our calculations.

1 Lab tested to EN1822 - airborne particles as small as 0.1 microns.

2 ASTM F1977-04 testing performed by an independent lab.

3 Based on ASTM F1977-04 test standard. Testing performed by an independent lab , under prescribed test conditions.

4 Fine Particulate matter (PM2.5) in the United Kingdom, Quality Air Expert Group.

5 Pollutants: Particulate matter (PM), United Nations Environment Programme http://www.unep.org/tnt-unep/toolkit/pollutants/facts.html

6 Tested against other Dyson cordless vacuum cleaners.

7 Based on internal calculation for Singapore home with average size (up to 105m2. Released 2015 by Department of Statistics Singapore). Run time varies based on mode and cleaner head used. Assumes vacuum cleaner moves forwards and backwards at 0.5m/s, no part of the floor is covered in a double pass twice, no time is spent moving from one room to another, moving furniture or moving around furniture, only floor cleaning, 25 minute runtime in low mode.

8 Based on internal tests, actual performance may be different under specific conditions.

9 For details of guarantee, please refer to the warranty card.

10 The Dyson digital motor V6.

11 When compared to Dyson V6 vacuums.

12 Test results for Dyson Pure Cool Link™ please visit here.

13 Hulin et al, Respiratory health and indoor air pollutants based on quantitative exposure assessments, European Respiratory Journal, Oct. 2012.

14 Standard data and messaging rates may apply. App functionality may vary per market. Requires WIFI and app enabled device. Requires iOS version 10 or above, or Android version 5 or above. Your mobile device must have Bluetooth 4.0 support.

15 United Kingdom Patent No. GB2469129.

16 Suction tested to bin full according to standard IEC 62885-2 , clause no. 5.8 and 5.9. Tested in MAX mode.

17 Tested against ASTM F1977-04, tested in MAX mode.

18 Suction tested to IEC 62885-2 CL5.8 and CL5.9 at the flexible inlet, against Dyson cord-free machines, loaded to bin full, tested in MAX mode.

19 Based on Dyson internal research data

20 Tested to Dyson internal test method TM-00003711 in a 27m2 room. 'Harmful' / 'Ultrafine' pollutants refers to airborne particles as small as 0.1 microns (tested to EN1822).

21 The AHAM AC1-2015 standard defines purifier performance in a specified test chamber, based only on cleaning efficiency rates.

22 Tested for filtration efficiency (EN1822) at 0.1 microns and whole room coverage (TM-003711 & DTM801) in a 27m2 room.

23 PM2.5, PM10, VOC, NO2

24 in max setting. Tested to Dyson internal test method TM-003711 in a 27m2 room. 'Harmful' / 'Ultrafine' pollutants refers to airborne particles as small as 0.1 microns (tested to EN1822).

25 Based on 12 hours use per day. Filter life will vary according to pollution levels.

26 Gaseous capture tested to JEM 1467 (acetic acid, acetaldehyde, ammonia) and GB/T18801 (formaldehyde, benzene). Gaseous capture rates vary. Tested to EN1822 - airborne particles as small as 0.1 microns.

27 Tested to EN1822 - airborne particles as small as 0.1 microns. Filter only test, in a laboratory setting, at 22.8 l/s (inflow). Capture rate may differ depending on actual environment.

28 Suction tested to EN 60312-1 CL5.8 and CL5.9 at the hose/wand, loaded to bin full, tested in MAX mode.

29 Based on software simulation – Dyson internal.

30 Compared to Dyson V8 Absolute vacuum.

31 Schneider T. Dust and fibres as a cause of indoor environment problems. SJWEH Suppl, 2008, (4):10-17.

32 https://www.cdc.gov/nceh/publications/books/housing/housing_ref_manual_2012.pdf [see September 18, 2015].

33 http://orbit.dtu.dk/files/5602736/plugin-es103894r.pdf

34 World Health Organization (1988) Dust mite allergens and asthma: a global problem. WHO Journal 66 (6) p.769-780