Polyamide fibres have been made conductive and antibacterial thanks to pure silver coating onto the polymer.
silveR.STAT® fibres should be blended at a low rate that will be determined according to the construction of the textile material, according to its conditions of process and use and to the level of static and/or bacterial protection expected.
When a conductive/antibacterial continuous yarn is used, it is not only the rate of introduction that will define the antistatic or antibacterial properties, but the way the conductive/antibacterial yarn is introduced.
Natural silver has also excellent heat conduction properties (heat distribution and storage) thanks to a very high reflectivity index (RI).This index corresponds to the capacity to give an energy back to the source.
(indicative, only for fibre and not guaranted for the finished product)
*Treatment made on silveR.STAT® 6,7 dTex fibre
These examples are not exhaustive. Do not hesitate to inquire about your project and we'll find for you the most suitable solution.
Textile material including a suitable content of SilveR.STAT® fibres can pass the following norms:
- EN 1149 parties 1 (surface resistivity) and 2 (cross resistance): electrostatic properties for protective clothing.
- DIN 54345 : electrostatic properties of textiles (floorings, non-wovens, fabrics).
- Antibacterial quantitative methods: e.g. New Trial Method of Kanebo.
These values are non-contractual and just indicative. We reserve the right to complement or amend them. More information, based on assimilated experience, is available on request.
The given examples are only guidelines for you to design your own products. Information will be given on the basis of your own specifications that must have been supplied to R.STAT and is not a guarantee by R.STAT. Control, certification and validation of products (under their final commercial form and under real conditions of use) including R.STAT's technology lies with every user of R.STAT products.