• It is used
in textile industry to obtain bright and strong colours of various fiber-fabric materials, to give them decorative, waterproof or hydrophilic properties, resistance to acids, alkalis, organic solvents, fireproof property

• Technology features Materials processing with the given technology results in formation of modified diffused layers and is carried out in the active gas phase created by an electron-beam, plasma-chemical methods

• Advantages
  - The exclusion of painting solutions use and other liquid technological media and their replacement with the gaseous ones eliminates the most power-consuming operation of drying and allows to use more dyes
  - The exclusion of painting solutions use and other liquid technological media makes the technology ecologically safe
  - The penetration of a dye deep into the material results in durability of colouring increase
  - The possibility of producing of several functional layers within one cycle (decorative, protective, waterproof)
  - The reduction of the processed fabrics wetting by 300 times with the preservation of gas permeability
  - Use of polymers, organic dyes, etc. as covering material
  - The possibility of processing of fabrics of polyamide, polyester fibers, silks, wool, cotton, flax, paper, other fiber-fabric materials, optical polymers
  


• Advantages
  Covering growth rate, microns / minutes 0,001-2.
  - Covering thickness, a micron 0,001-1,0.
  - Fabric surface temperature, K 300.
  - Dye consumption up to 1 % on a fabric weight.
  

The experimental equipment has been made, which processes fabrics with 1800 mm of width at a speed of up to 10 m / minutes.
The equipment is protected by the patents of Republic of Belarus.
The technology is a team-work of the Educational establishment "Gomel Francisk Skorina state university" and the Educational establishment "Belarus university of transport"

Contacts:
Scientific-research laboratory “Physics-chemistry and technologies of micro- and nano-sized systems”.
The Scientific head, developer – Rogachev Aleksandr V.
Tel.(+375 232) 30 31 13, fax (+375 232) 57 81 11
Email: rogachev@gsu.by

The head, developer– Fedosenko Nikolay
Tel./fax(+375 232) 57 82 53
Email: fedosenko@gsu.by