Deep Clean Mop
With a Deep Clean Mop, floor cleaning is healthy cleaning - removes over 99% of bacteria with just water - nothing left behind to endanger your children or your pets.
There really should be another word, because "mop" just doesn't do justice to this ergonomic floor whiz! The sturdy aluminum handle is telescopic, adjusting to your wishes. The base is on a 360 degree swivel so it gets into corners and hard to reach places other mops can't. Then there's the modern fiber technology that penetrates and removes dirt, grease, oil, grime and bacteria much better than common mops - and it does it with just water! Gone are the days of using "mystery" chemicals to push around dirt on your floors.
The cleaned surface e-cloth mops leave behind has no chemical residue - important to everybody, but especially to families with young children who spend a lot of time motoring at floor level. Versatile floor cleaning - excellent on all flooring surfaces - vinyl, laminate, stone, ceramic, tile, hardwood, linoleum, concrete. Furthermore, the telescopic handle can also be extended to enable you to clean walls, ceilings and high windows. Money-saving cleaning - no cleaning chemicals to buy, and you'll value from the durability of the sturdy aluminum handle and base that are all about sustainable living. The e-cloth Mop will still be cleaning long after cheap plastic mops are in landfills. The e-cloth mop heads can be machine-washed over-and-over while still maintaining their cleaning performance (up to 300 machine-washings!)
80% polyester/20% polyamide.
Where to Use: All Floor Cleaning - vinyl, laminate, stone, ceramic, tile, hardwood, linoleum, concrete.
- e-cloth fiber technology penetrates and removes dirt,grease, oil, grimee-cloth
- Floor Cleaning that adjusts to your height
- True Chemical Free Cleaning - Proven to remove over 99% of all bacteria (including e-coli and listeria) from hard surfaces with just water
- Lightweight and very maneuverable
- Chemical free cleaning on all flooring surfaces, just use water
- Telescopic handle adjusts so you can clean comfortably regardless of your height - Extends from 33" to 63"
- Set includes one telescopic aluminum handle, one mop head base and one 5.25"x17.5" damp mop head
How It Works:
Unlike ordinary cloths, e-cloth fibers are designed and fabricated to provide maximum cleaning power. Primarily made from polyester and polyamide, the tiny e-cloth fibers are 1,000 times finer than cotton fibers or 1/200th diameter of a human hair. The fibers are the smallest in the world that can be made by man.
The highest quality oil in the world is used to make the micro-size polyester (which naturally attracts oil) and polyamide (which naturally attracts water) fibers.
During production, every fiber is split into 16 fiber filaments, each of which is processed to give perfect cleaning and polishing performance. Each cloth is fabricated to have as many as 1.6 million fiber strands per square inch of cloth. Nearly 500 million fiber strands are in each cloth resulting in 1,246 miles of e-cloth fibers in each cloth. To put this in perspective, fibers from one e-cloth would stretch from New York City to Minneapolis or Seattle to San Diego.
It is e-cloth's composition (highest quality polyester and polyamide), fiber size (smallest diameter in the world), fiber processing (highest denisty in the world), that allows e-cloth to outperform all other microfiber and cleaning cloths. e-cloth's filaments are so small and so strong; using just water they break up, lift, lock in, and clean deep down into the tiniest grooves and crevices. Dust, grease, oils, grime, dirt and bacteria are quickly and easily removed and locked away deep inside the fibers until the cloths are rinsed or washed.
Surfaces are cleaned so effectively that there is nowhere left for bacteria to grow. Surfaces are left polished and totally smear and lint free. e-cloths rapidly absorb 7 times their weight in water. In addition, scientific research carried out by world renowned Silliker Group, has proven that e-cloths also remove over 99% of bacteria.