EN ES FR HE IT NL PL UA BY PT DE Methods of colouring of cars es fr it nl pl by ua pt de en
sections
  • Methods of drawing of paint and varnish coverings
  • Colouring by pneumatic dispersion
  • Dispersion of the warmed-up paints
  • Vacuum dispersion of paints
  • Aerosol dispersion
  • Colouring in electric field
  • Ultrasonic dispersion
  • Colouring by douche
  • Colouring okunaniem
  • Colouring by an electrosedimentation method
  • Other methods of colouring
  • Drying of paint and varnish coverings
  • Konvektsionnye sushilnye chambers
  • Thermoradiating sushilnye chambers
  • Induction drying by currents of high frequency
  • the Choice of a method of drying
  • the Organization of painting works
  • the Choice of technological process
  • the Organization of paint and varnish works
  • Auxiliary services
  • Technological transport devices
  • Okrasochno-sushilnye modular installations
  • Safety precautions
  • Technical and economic indicators of work of painting shops
  • the Cost price of preparation of a surface
  • Economic indicators of colouring and drying
  • Economic indicators of colouring and drying. Operation sushilnyh devices

    you are: Economic indicators of colouring and drying

    In steam tunnel chambers of continuous action the expense of steam on ton of the products, passing drying, makes 50 80 kg/ch, on heating of vehicles - 35-60 kg/ch, and only 85-140 kg/ch; in chamber sushilah periodic action steam expense above, than in tunnel, on the average on 20-25%. In thermoradiating sushilnyh chambers capacity of one panel radiator with a surface 1,2 ΠΌ2 averages 0,8-2,5 Siberian salmons.

    Gas thermoradiating sushilnye chambers at cost of thermal energy spent for drying in operation manage in 2-3 times more cheaply the electric. At a choice of a method of drying besides the reasons stated in the chapter V, it is necessary to consider and heat-carrier cost (steam, gas, an electricity) for each concrete case.

    In most cases operational expenses for drying of coverings at a thermoradiating method more low on 10-25%, than at konvektsionnom.