Description
- Available in different colours: Designating area of use by colour will help reduce the risk of cross-contamination
- Can be used dry or with cleaning solutions, sanitisers and disinfectants
- Sturdy cloth with reinforced edge stitching, can be washed up to 300 times (When washing according to CDC/NHS hot water guidelines and following label directions)
- Wipes away 99.9% of micro-organisms from surfaces; including C.diff* Disclaimer: For use with water. If use with disinfectants is required by local authorities or guidelines, refer to disinfectant labels for use and efficacy. Refer to disinfectant manufacturer’s instructions for application of disinfectant with microfibre cloths. Methods are modified versions of industry standard methods (^EN16615 and ASTM E-2362-16 and E-2967-15), Tested with S. aureus, P. aeruginosa, E. hirae, C. albicans, C. difficile, for environmental surfaces – not medical devices (does not sterilise)).
- Can be washed with suitable washing powder at 60°C. Washable to 90°C as needed.
- Dimension changes after 3 washes in 90°C: Less than 3%
Product and delivery data
Delivery data
Raw materials
Polyester
Nylon (also called Polyamide)
Additives
Polyester
Polyester fibre is produced from terephthalic acid and ethylene glycol, which react through condensation to polyester resin. The molten resin is spun to fibres through spinnerets and cooled with air. The fibers are then cut to intended fiber length.
Nylon
Diamine acid and adipic acid are reacted to create a polymer, known as nylon salt. This salt is then heated to a molten state which is then extruded through a metal spinneret to create fibres.
Additives
Die
Tork products from the range:Tork Microfibre Disposable Cleaning Cloth (Nonwoven)
Raw materials
Polyester
Nylon (also called Polyamide)
Additives
Polyester
Polyester fibre is produced from terephthalic acid and ethylene glycol, which react through condensation to polyester resin. The molten resin is spun to fibres through spinnerets and cooled with air. The fibers are then cut to intended fiber length.
Nylon
Diamine acid and adipic acid are reacted to create a polymer, known as nylon salt. This salt is then heated to a molten state which is then extruded through a metal spinneret to create fibres.
Additives
Ink
Packaging
Fulfilment of Packaging and Packaging Waste Directive (94/62/EC): Yes
Article creation date and latest article revision
Date of issue: 29-04-2020
Revision date: 02-04-2024
Production
This product is produced at External mill, BD.
Disposal/destruction of used product
This product is mainly used for industrial processes. When used in industrial processes the product might through use be contaminated with different substances. This will determine how the used product will be handled/disposed of/destructed. The product itself is suitable for incineration. If used in industrial processes contact local authorities before destruction.
Essity UK Ltd, Southfields Road, Dunstable, Bedfordshire LU6 3EJ, United Kingdom
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