There are many pollutants in our environment, especially in enclosed air-conditioned places. Present in the air and on the surfaces are many tiny bio microbes, which are particles from living things e.g. micro-organisms, their fragments and metabolic products or toxins. These airborne and surface microbes are acknowledged as the leading cause of numerous illnesses e.g. sick building syndrome and building-related illness.

Airborne and surface microbes include:

  • Pathogens – viruses, bacteria and fungi which causes measles, chicken pox, legionnaires’ disease, tuberculosis and other infectious diseases
  • Allergens – bacteria, fungi and their by products which causes allergic rhinitis, asthma, humidifier fever and hypersensitivity pneumonitis
  • Toxins – endotoxins, mycotoxins and VOC which causes a variety of toxic effects, irritation and odours

IKARI Anti-Bac System integrates the finest anti-bacteria technology available with superior service. We possess a wide range of advanced and low-toxic bactericidal materials and equipment, allowing us to design a specific, effective and safe solution for every individual client. Moreover, IKARI’s R & D department is constantly seeking to improve on the system and to provide even more value-add to its clients in future.

Benefits of IKARI Anti-Bac System
  • Enhances cleanliness and freshness
  • Low level of toxicity to human and animals
  • Prevention of economic loss
  • Reduction of a health hazard

The AB (Anti-Bacterial) method eliminates bacterial contamination.

The work process is as follows:

1. Pre-examination for site condition

  • Sampling by swab or by air sampler method
  • Incubation for culture and isolation of bacteria
  • Observation of bacterial under microscope for identification
  • From the result of our anti-bacterial activity test, applicable materials and
    equipment are selected for treatment
  • Final decision of anti-bacterial coating / treatment from the results of our
    examination and these results are reported to the client
2. Process (implementation) of AB system
  • Disinfecting
  • Strip off and clean up infestation location
  • Apply disinfectant
  • Treated with anti-bacterial materials
3. Follow-up on the AB execution performed4. Types of application and equipment used:
a. Checking
  • ATP Test
  • Air Sampler
  • Stamp Check
b. Surface Disinfection and Sterilisation (for surface microbes)
  • ULV (Ultra Low Volume) method
  • HVLP (High Volume Low Pressure) spray method
c. Space Disinfection and Sterilisation (for airborne microbes)
  • CMS (Cleanliness Machine System)
  • CBM (Clean Bio Master)
d. Contact Disinfection and Sterilisation (for individuals)
  • Hand Disinfector / Sanitizer
  • Baclean Dispenser (with anti-bacterial soap)