Smart Repair Equipment

SMART by HBCthe perfect start -to an excellent finishLive Update: www.hbc-system.comElimination of mould fungis upto 99,9%Smells can be hard to get rid of. Despite a nicely ventilated room,it can be difficult to get on top of the odours. HBC system H, UV-C& OZONE Technology can - without the use of chemicals - permanentlyeliminate odour problems of any kind.The odour does not return, unless the pollutant is still present.Easy to install!HBC system H, UV-C & OZONE Technology shall be placed in highareas of the room such as on a bookshelf, wall or on the ceiling.Warning!!!HBC system H, UV-C & OZONE Technology is only to be used,when no persons or animals are in this area, where the system isused.Reasons for choosing the HBC system HYou invest in well-being, greater efficiency, an increased job satisfactionand less absence due to illness.HBC system introduces a new machineto fight odour nuisancesBy using the patented UV-C & OZONE Technology you can eliminateand remove odour nuisance. This technology received the EUEnvironmental Award, in the category “cleaner technology”.HBC system H, UV-C & OZONTechnologyWith the OZON Technology you notonly get rid of the smell from the air.It also removes the smell that is in thecarpet and the fabrics.however it also eliminates the odour from for instance the carpets,fabrics, curtains and the walls.Poor indoor climate in the rooms, where people work, affects ourquality of life and health in a negative way.It can be anything from malodorous odours from garbage, mouldfungis, cigarettes to industrial processes.An unpleasant smell can create discomfort, but indoor the air pollutionis a source of headaches, respiratory problems, fatigue,muscle tensions, asthma, allergy, dry mucous membrane and eyeirritation.All of this has an influence on the way people work and concentrateduring work.Through this technology a number of odour nuisances are beingfought, and thereby there is a reduced risk of transmitting infectiouslydiseases. System H removes the smell from the air;