AllerVac Microfilter Anti-allergy Vacuum Cleaner
An Anti-allergy Vacuum Cleaner with advanced filtration for domestic and professional use.
- 99.995% filtration at a 0.3 micron
- powerful 780W motor
- 2 year guarantee
Every AllerVac Microfilter vacuum cleaner is individually tested and certified as an advanced filtration microfilter machine. The machines have been designed and built to provide guaranteed filtration and retention of dust particles and allergens in environments where these would be injurious to health.
Ordinary vacuum cleaners may claim to remove these particles, but the Allervac Microfilter is certified to not only remove but also to retain what has been filtered out and not spray it back into the air for you to breathe back in.
The combined filtration of two separate filters - a Tritex filter and a HEPA filter - together with self-sealing recyclable dustbags with 3 layers of fleecy filter fabric and a dust control flap, ensure that what is picked up into the bag remains in the bag.
The AllerVac Microfilter removes and retains 99.995% of particles as tiny as 0.3 microns.
Homes where there is asthma, COPD and other respiratory conditions, dust allergies and eczema need this level of dust removal and retention as do doctors’, dentists’ and veterinary surgeries, hospitals and care homes, clinics and nurseries.
The AllerVac Microfilter has a robust ABS plastic body with its HEPA microfilter module cleverly incorporated in the metal head. At 9.9kg, it’s easy to move around and a decibel level of 75dB is surprisingly quiet for such a powerful performer.
A range of well-made tools and accessories is included to fulfill every cleaning task.
NB. Please be aware that this high specification vacuum cleaner is made and tested to order. Dispatch may take up to 3 weeks depending on customer demand. This valuable item is sent on a secure, tracked service. To ensure efficient delivery, please provide your phone number when placing your order. We promise never to use your phone number for any other purpose than information and queries in relation to delivery.