FIELD: hating systems; radiating surfaces of walls and ceilings.
SUBSTANCE: proposed panel has multi-layer structure including gypsum cardboard layer and heat-insulating layer. Gypsum cardboard layer includes several tubes which are used for forming independent hydraulic loops; end sections of these tubes extend in rear and side zones of panel. Each independent hydraulic loop is located in adjacent module zones of panel which may be separated for forming parts of different sizes. Method of manufacture of panel includes milling cavities, inserting tubes in these cavities, bonding heat-insulating layer, forming cavities at spiral position, forming tubes as one continuous tube, sealing this tube and cutting-off at loops connecting adjacent cavities. Besides that, method includes forming panel from gypsum cardboard by inserting core of spiral tubes and bonding heat-insulating layer on one side of panel. Method includes also forming panel from gypsum cardboard by inserting only one continuous tube inside its core and bonding heat-insulating layer on one side of panel. Radiating wall is formed by many panels located along each other in such way that pairs of adjacent panels adjoin each other along sides which have no end sections of tubes and are separated from each other along sides provided with end sections at preset distance sufficient for inserting additional collectors between panels.
EFFECT: enhanced structural strength; wide range of application.
20 cl, 10 dwg
