Given the development of microfiber in recent years, it is important to have a technical approach to microfiber to really compare what is comparable and above all choose the right microfiber in order to obtain a result in line with the field need. The microfiber used to weave a cloth is characterized by: its diameter, the nature of its fiber, the structure of its fiber . The fineness of the microfiber filament allows it to pass through all the irregularities of the support . This makes the cloth extremely effective. Its tapered ends give it significant force for removing foreign bodies. Mechanical force: This is the force that trees use to feed themselves. Particles (grease, dust, crumbs) are trapped in the dense network formed by the intertwined microfilaments. Electrostatic force: Synthetic microfiber fibers (such as polyester or polyamide) become positively charged when rubbed dry and naturally attract negatively charged organic dust. This property is very useful in dust collection applications.
Microfiber is a fiber with a count of less than 1 decitex. Decitex is the value in grams of 10,000 m of thread. So a textile is microfiber when 10 km of thread weighs less than 1 gram . So the smaller the diameter of the thread, the more efficient the microfiber. The decitex number of the microfiber is therefore an important parameter on the performance of the microfiber cloth or fringe. To give an idea of the diameters of the fibers it is useful to make a comparison with the different fibers that we know. So a hair has a diameter of 60 microns. 5.5 decitex polyester with a diameter of 33 microns. Wool fiber has a diameter of 20 microns. Cashmere 16 microns, silk 12 microns, polyamide 1.2 decitex 11.4 microns, polyester 1 decitex 9.6 microns, polyester 0.5 decitex 5.5 microns and finally polyester 0.1 decitex 2.4 microns. This means that between a hair and a 0.5 decitex microfiber there is a ratio of 30 on the thickness.
The microfiber cloth is ideal for cleaning all surfaces such as: windows, mirrors, glass, etc., but also …
Green microfiber cloth 38x38 cm 230 grams per m2. The microfiber fabric has a wiping power superior to tr…
Pink microfiber cloth 38x38 cm 230 grams per m2. The microfiber fabric has a wiping power superior to tra…
Yellow microfiber cloth 38x38 cm 230 grams per m2. The microfiber fabric has a wiping power superior to t…
Blue microfiber cloth 38x38 cm 230 grams per m2. The microfiber fabric has a superior wiping power to tra…
Microfibre cloth special glass 38 x 38 cm blue. Reserved for windows, mirrors, bay windows, glass tables …
Microfiber cloth for TV and Plasma screen LCD screen. Dimensions 40 x 45 cm striped silver gray. Its 100%…
The microfiber car cloth is suitable for professional cleaning of car bodies and fragile surfaces. This m…
Microfibre cloth scraping 28 x 28. Size: 28 x 28 cm Weight: Weight of a single towel: 25 gr. Color: Gray.…
Microfiber cloth special for windows 50x70cm. Ideal for windows, mirrors, bay windows, glass tables and t…
The microfiber bodywork cloth is a professional laser-cut cloth without overlocking or sewing. No scratch…
The 3M high performance microfiber cloth is made of knitted synthetic fibers (80% polyester and 20% nylon…
Taski mymicro blue microfiber cloth. The TASKI MyMicro is a high quality woven microfiber cloth for profe…
Microfibre non-woven cloth made in France professional quality with exceptional cleaning power. Microfib…
Professional Unger Microwipe microfiber cloth for heavy-duty jobs. Top quality material. resistant to fre…
Microfiber is made from synthetic fibers. The most commonly used fibers are polyamide and polyester. It is the distribution of these two components which makes the characteristic of the microfiber used (70/30, 80/20...etc). Each of these fibers has its own characteristics: - Polyester is hydrophobic and therefore does not absorb water but is on the other hand lipophilic and therefore absorbs liquid fats. - Polyamide is hydrophilic and therefore absorbs water and lipophilic. What are the advantages of the microfiber cloth for the user? To fully understand this point, you must have already understood the Sinner circle which summarizes the cleaning action in 4 distinct parameters. Namely: chemical action (water and detergent), temperature, action time and mechanical action (rubbing or brushing action). The microfiber increases the mechanical action and therefore reduces the time spent and also the quantity of detergent (including lower product consumption). The perfect combination is therefore the use of a microfiber and a disinfectant detergent.
- Reduction in the number of passes required to clean a surface => PRODUCTIVITY - Reduction of chemicals and inhalation of VOCs => SAFETY - Weight of the fringes => ERGONOMICS - Reduction of particulate contamination of ambient air => safety - Reduced surface drying time and risk of falling => PRODUCTIVITY and SAFETY Microfiber therefore has several advantages: - Visual cleanliness, resistance, disinfection efficiency, safety, economy, sustainable development
Dry use will ensure effective dust removal thanks to the natural power of microfiber. When used dry, the microfibre cloth acts by mechanical and electrostatic force to capture dust and loose particles. It is recommended to gently pass the cloth over the surfaces which will then behave like a dust "magnet". Wet use with water or a detergent or disinfectant solution will provide cleaning, degreasing and disinfection according to your hygiene plan. For a thorough cleaning, microfibre cloths should be lightly dampened with water or a suitable cleaning solution. After wringing it out, the cloth can then effectively capture grease and dirt and ensure effective disinfection if your detergent solution is formulated for this purpose. Microfiber cloth maintenance After each use, it is essential to wash the microfibre cloths carefully with a mild detergent, without fabric softener. In fact, using fabric softener will cause the microfibre cloth to lose its electrostatic properties. Drying should be done in the open air or in a tumble dryer at a low temperature to preserve their effectiveness and in particular the properties of the fibres.
In the professional environment, the implementation of a color code is now obvious in all areas. Whether for food brushing where the choice of colored food broom makes it possible to identify the different preparation areas within the framework of the Haccp method or in the use of cloths . The microfiber cloth is no exception to this rule and the implementation of a color code on the microfiber cloths will ensure controlled hygiene.
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