• Hand wash or machine wash in warm water or hot water. Wash dark colours separately. Air dry or tumble dry on low
• Do not use bleach
• Do not use fabric conditioner
• Do not use fabric softener sheets if tumble drying
• Do not use with terry towels or articles that shed a lot of lint wash with t-shirts or jeans

Cloth Usage Instructions

Use on virtually any job imaginable to remove dust, stains spots grease, fingerprints, odour causing bacteria and much more!

Rinse or wash cloth before using. Use cloth dry for dusting. Use damp (just add a little water for cleaning mirrors, windows, polishing etc. when cleaning windows, glass, or mirrors, do a quick “wipe-over” with a dry cloth for streak free results.

Do not over-wet the cloth because the will decrease its effectiveness

Only wet part of the cloth; this way you have a dry dust cloth and wet cleaning and polishing cloth in one!

Use the cloth on home and office appliances, vehicles, flooring, work surfaces, office equipment, inside and out!

Mop Usage Instructions

Dry: use the microfibre mop dry to pick up dust, pet hairs, dust balls, small crumbs etc.

Once you have finished dusting, simply shake off the mop pad and wash as needed!

Wet: use the microfibre mop wet for mopping and cleaning.

Thoroughly wet the mop pad with water and wring out any excess, adjust the handle by turning the top blue part of the handle to the left to loosen, adjust up or down to desired extend, then turn to the right to tighten.

The mop’s special design allows you to clean in hard to reach places such as corners and between objects. Use it to remove sticky residue, dirt, mud, scuff marks, ground-in dirt, spills and stain. Use it to clean walls, high windows, fans etc.

22 October 1999

Smart Microfiber System
Tellusborgsvagen 71:3
12637 Hagersten, Sweden
Attn: Mr. Daniel Broman
Ref: ABI8991479: Smart Microfiber testing:

Dear Mr. Broman:

At the request of Smart Microfiber System, Applied Biogenics, Inc. (ABI), an environmental and forensics chemistry consulting company, tested the ability of cleaning cloths woven from Smart Microfiber to eliminate bacteria from common indoor environmental surfaces. The cleaning efficiency was compared to cleansing methods using detergent or disinfectant. The test results are described below.

Three identical surfaces — window ledges at ABI’s offices — were wiped with either the Smart Microfiber cloth, with a conventional cloth and detergent, or with a sponge and disinfectant. A fourth window ledge was left untreated. Cleaning involved a single pass over each surface.

After cleaning, the ledges were permitted to air dry for several minutes. They were then sampled using sterile cotton swabs. One swab was rubbed vigorously over each of the cleaned or uncleaned window ledges. The swabs were then streaked across conventional bacterial culture dishes. A beef-extract based agar was used as the nutrient. This media usually supports the growth of a wide variety of microorganisms. Duplicate samples were prepared.

After streaking, the dishes were incubated at room temperature for three days, but growth was seen after only 30 hours. The growth was observed only on the dish corresponding to the window ledge that had not been cleaned. This means the Smart Microfiber cloth with water was effective at removing all microorganisms from the window ledge. The detergent and disinfectant treated surfaces also failed to produce bacterial growth, which is what would be expected. Refer to the following table for details:

The Smart Microfiber cloth with water achieved removal of all microorganisms on the test surface without the need to rinse detergent residues and without the need to saturate surfaces with disinfectant. ABI concludes that the product meets the manufacturer claims as represented to us.

In addition, the product achieved results that the manufacturer had not claimed. Specifically, detergents and disinfectants sanitized the surfaces but did not necessarily remove particles. This was evident by the appearance of some soil on the cotton swabs used to sample those surfaces after cleaning. But the swab used on the ledge wiped with the Smart Microfiber cloth was virtually free of particles. Consequently, in applications where removal of particles — such as mold spores, for example — is an important consideration, cleaning cloths fabricated from the Smart microfiber may reasonably be expected to out perform conventional cleaning methods.

For Applied Biogenics, Inc.

Jay L. Stern

Registered Environmental
Assessor 1035, REA II 031