HYGIENIC COATINGS

Kills 99.99% of e-Coli, MSRA and other harmful organisms

Perfect for all facilities that must be kept free of harmful bacteria.

Hi-Genie hygienic coatings are a range of water based paints that contain a non toxic silver biocide that quickly kill 99.99% of harmful bacteria such as e-Coli and MSRA. They are suitable for use in all areas where infection control is a long term requirement.

• Hygienic - kills virtually all bacteria within 24 hours
• Smooth non porous surface is easy to clean
• Reduces the cost of infection control
• High opacity with excellent covering power
• Non yellowing, inherently UV resistant
• Safe to use, safe in use, safe for the environment, zero VOC content.
• Negligible odour

Hi-Genie coatings are available in several grades to cater for all requirements

Hi-Genie S  Amazingly tough, two component, water based acrylic urethane coating for application to walls, ceilings, wood and metalwork. Available in gloss, mid sheen, mat and clear varnish.

Additional advantages of Hi-Genie S

• Extremely durable, tough and hardwearing
• Stain resistant, oil & grease is easily removed without a trace
• Heat resistant and steam cleanable
• Can be used in wet conditions
• Easy to mix and apply with long pot life.

Hi-Genie M  High quality 100% water based acrylic single pack coating for walls and ceilings. Available in mid sheen and mat.

Additional advantages of Hi-Genie M

• Economical, low cost but durable alternative for low wear applications
• Washable with good scrub resistance
• Easy to apply by brush, roller or spray

BIOCIDAL TESTING

Samples of Hi-Genie were tested according to the JIS Z 2801:2000 method.

Each test sample was inoculated with a suspension of MRSA or E-Coli. The inoculum was held in contact with the test sample using a sterile polyethylene film.

The bacterial population on three control replicates were evaluated immediately following inoculation. This was assumed to be the initial population on all test samples (i.e. the population at zero hours).

The remaining samples were incubated for 24 hours, at which time the bacterial population was evaluated.