Manufactured cloth wipers
Creating a set of manufactured cloth wipers from a set of cut sheets made from a non-woven substrate that has wood-pulp fibers hydroentangled with polyester. Saturating the set of cut sheets to a mixture of a mildew inhibitor and fabric softener and water. Removing water from the cut sheets with a water extractor and then partially drying the cut sheets in a dryer. Optionally, compressing a set of semi-dry cut sheets into a tightly compressed block; and placing the compressed block into a shipping container that allows for additional drying of the compressed block of cut sheets.
1. A process to create a manufactured cloth wiper, the process comprising:
obtaining a set of more than one clean, unused wiper sized sheets of made of a hydroentangled substrate of absorbent fiber and embedded polymer;
washing the wiper sized sheets in water with a mildew inhibitor; the step of washing including agitation of the wiper sized sheets followed by draining the water and mechanically extracting water from the wiper sized sheets;
creating partially dried wiper sized sheets by drying the wiper sized sheets while the wiper sized sheets tumble within a dryer;
selecting a shipping set of partially dried wiper sized sheets that is a set of at least two partially dried wiper sized sheets for shipment within a single shipping container;
compressing in aggregate the shipping set of partially dried wiper sized sheets to impose wrinkles into the partially dried wiper sized sheets;
packaging the shipping set of partially dried wiper sized sheets as manufactured cloth wipers in a shipping container that is not air tight so that the partially dried wiper sized sheets can continue to dry while protected with mildew inhibitor; and
wherein the shipping container contains manufactured cloth wipers that have wrinkles and a cloth-like appearance and softer feel than the set of more than one clean, unused wiper sized sheets made of the hydroentangled substrate used as inputs to this process.
2. The process of claim 1 wherein the embedded polymer is polyester.
3. The process of claim 1 wherein the embedded polymer is polypropylene.
4. The process of claim 1 wherein the wiper sized sheet has an area between one square foot and two square feet.
5. The process of claim 1 wherein the process includes cutting a roll of hydroentangled substrate to form the wiper sized sheets.
6. The process of claim 1 wherein the shipping container is a box that receives a set of partially dried wiper sheets.
7. The process of claim 1 wherein the washing of the wiper sized sheets in water uses a fabric softener in addition to the mildew inhibitor.
8. The process of claim 7 wherein the step of washing the wiper sized sheets in water with the mildew inhibitor and the fabric softener includes the step of adding water to a washing machine, then adding the mildew inhibitor and fabric softener to the water and set of wiper sized sheets during a soak cycle that precedes agitation of the wiper sized sheets by rotating a drum portion of the washing machine.
9. The process of claim 1 wherein the hydroentangled substrate is made using absorbent fiber that includes cotton.
10. The process of claim 1 wherein the hydroentangled substrate is made using absorbent fiber that includes viscose rayon.
11. The process of claim 1 wherein the hydroentangled substrate is made using absorbent fiber that includes wood pulp.
12. The process of claim 1 wherein the hydroentangled substrate is made of approximately 50% wood pulp by weight and approximately 50% embedded polymer by weight.
13. The process of claim 1 wherein the wiper sized sheets made of the hydroentangled substrate are comprised of approximately 50% wood pulp by weight and approximately 50% embedded polymer by weight and do not include a glue material.
14. The process of claim 1 wherein the hydroentangled substrate is at least 89 grams per square meter.
15. The process of claim 1 wherein the hydroentangled substrate is at least 80 grams per square meter.
16. The process of claim 1 wherein the partially dried wiper sized sheets ready for packaging have a water weight of between 5% and 15% compared to a weight of the set of more than one clean, unused wiper sized sheets before the washing.
17. The process of claim 1 wherein the step of compressing in aggregate the shipping set of the partially dried wiper sized sheets to impose wrinkles into the partially dried wiper sized sheets includes placing partially dried wiper sized sheets in a blocking machine that reduces a volume of the set of the partially dried wiper sized sheets and induces creases in the partially dried wiper sized sheets before insertion into a shipping container.
18. The process of claim 1 wherein the step of compressing in aggregate the shipping set of the partially dried wiper sized sheets to impose wrinkles into the partially dried wiper sized sheets includes placing the shipping set of partially dried wiper sized sheets in the shipping container and compressing the shipping set of partially dried wiper sized sheets within the shipping container.
19. The process of claim 1 wherein the shipping container is a bag that is sealed after insertion of a set of partially dried wiper sheets but has a set of at least one breather hole to allow air to enter and leave the bag after being sealed.
20. A process to create a manufactured cloth wiper, the process comprising:
obtaining a set of more than one clean, unused wiper sized sheets of made of a hydroentangled substrate of absorbent fiber and embedded polymer;
washing the wiper sized sheets in water with a mildew inhibitor; the step of washing including agitation of the wiper sized sheets followed by draining the water and mechanically extracting water from the wiper sized sheets;
creating partially dried wiper sized sheets by drying the wiper sized sheets while the wiper sized sheets tumble within a dryer;
packaging the partially dried wiper sized sheets as manufactured cloth wipers in a shipping container that is not air tight so that the partially dried wiper sized sheets can continue to dry while protected with mildew inhibitor; and
wherein the partially dried wiper sized sheets ready for packaging have a water weight of between 5% and 15% compared to a weight of the set of more than one clean, unused wiper sized sheets before the washing.
21. A process to create a manufactured cloth wiper, the process comprising:
obtaining a set of more than one clean, unused wiper sized sheets of made of a hydroentangled substrate of absorbent fiber and embedded polymer;
washing the wiper sized sheets in water with a mildew inhibitor; the step of washing including agitation of the wiper sized sheets followed by draining the water and mechanically extracting water from the wiper sized sheets;
creating partially dried wiper sized sheets by drying the wiper sized sheets while the wiper sized sheets tumble within a dryer;
compressing the partially dried wiper sized sheets to impose wrinkles into the partially dried wiper sized sheets;
placing partially dried wiper sized sheets in a blocking machine that reduces a volume of the partially dried wiper sized sheets and induces creases in the partially dried wiper sized sheets before insertion into a shipping container;
packaging the partially dried wiper sized sheets as manufactured cloth wipers in the shipping container that is not air tight so that the partially dried wiper sized sheets can continue to dry while protected with mildew inhibitor; and
wherein the shipping container contains manufactured cloth wipers that have wrinkles and a cloth-like appearance and softer feel than the set of more than one clean, unused wiper sized sheets made of the hydroentangled substrate used as inputs to this process.
22. A process to create a manufactured cloth wiper, the process comprising:
obtaining a set of more than one clean, unused wiper sized sheets of made of a hydroentangled substrate of absorbent fiber and embedded polymer;
washing the wiper sized sheets in water with a mildew inhibitor; the step of washing including agitation of the wiper sized sheets followed by draining the water and mechanically extracting water from the wiper sized sheets;
creating partially dried wiper sized sheets by drying the wiper sized sheets while the wiper sized sheets tumble within a dryer;
packaging the partially dried wiper sized sheets as manufactured cloth wipers in a shipping container that is not air tight so that the partially dried wiper sized sheets can continue to dry while protected with mildew inhibitor; and
wherein the shipping container is a bag that is sealed after insertion of a set of partially dried wiper sheets but has a set of at least one breather hole to allow air to enter and leave the bag after being sealed.