DE3706759A1

DE3706759A1 - Graphite surface covering also for domestic space heating, with or without dieelectric properties of the graphite surface material

Info

Publication number: DE3706759A1
Application number: DE19873706759
Authority: DE
Inventors: Dirk Seyfert; Klaus Rennebeck
Original assignee: Individual
Current assignee: Seyfert Dirk 8000 Muenchen De
Priority date: 1987-03-03
Filing date: 1987-03-03
Publication date: 1988-09-15

Abstract

The use of a solid, preferably graphite, as a conductive tile-furnace or fireplace brick or large-area radiant element fulfills several functions at once: conducting energy in any form, an energy store and collector, with simultaneous pyrolytic and chemical resistance as well as resistance to sudden changes in temperature, and a decorative element for interior decorating. This solid can be used in conjunction with common building materials, due to its versatility.

Description

Natürlicher und synthetischer Graphit zeichnen sich durch sehr gute Temperaturwechselbeständigkeit aus. Graphit kann aber auch als guter und träger Wärmeleiter eingestellt werden, bei gleichzeitiger chemischer Beständigkeit und Feuerungsbeständigkeit. Als ohmscher Widerstand ist Graphit als Oberflächenstrahlungsheizung, als Elektroheizung hervorragend geeignet. Auf Fußböden und anderen Großflächen ist Graphit als Abdeckung und als Strahlungsheizungsplatte direkt für jede Wärmeträgerführung, vorzugsweise zur Fußbodenheizungsabdeckung, zur Isothermenbildung und Ober flächentemperaturvergleichmäßigung geeignet. Das Kamin- oder Kachelofenfeuer könnte über eine Graphitfeuermulde, vor zugsweise auch über einen Kamin- oder Kachelofenaufbau, vor zugsweise aus Graphit, Strahlungswärme über seine Oberflächen, aber auch an tangierende Oberflächen, zum Beispiel Graphitoberflächen des Fußbodens oder der anderer Raumflächen ableiten. Damit keine Oberflächenüberhitzung, zum Beispiel am Feuerraumnahbereich, entsteht, kann in diesen Bereichen der Graphit als träge leitendes Material eingestellt sein und so die Wirksamkeit der Graphitoberflächen über seine disponierbaren physikalischen Eigenschaften festgelegt werden. Die Fußbodenleistenheizung vorzugsweise aus Graphit kann mit jeder Energie betrieben werden, die Gesamtwärmemenge und die Gesamtwärmemenge des Wärmebedarfs des umbauten Raumes decken, die zur Deckung des Gesamtwärmemengebedarfes des umbauten Raumes ausreichen kann.Natural and synthetic graphite are characterized very good resistance to temperature changes. Graphite can but also set as a good and inert heat conductor with chemical resistance and Resistance to firing. Graphite is the ohmic resistor as surface radiation heating, as electric heating excellently suited. On floors and other large areas is graphite as a cover and as a radiant heating plate directly for every heat transfer medium, preferably for Underfloor heating cover, for isothermal formation and upper surface temperature equalization suitable. The fireplace or Tiled stove fire could be over a graphite trough preferably also via a fireplace or tiled stove preferably made of graphite, radiant heat over its Surfaces, but also on tangent surfaces, for Example graphite surfaces of the floor or others Derive room areas. So that no surface overheating, for example in the vicinity of the combustion chamber these areas of graphite as an inert conductive material be set and so the effectiveness of Graphite surfaces via its disposable physical Properties can be set. The baseboard heating preferably made of graphite can be operated with any energy the total amount of heat and the total amount of heat Cover the heat requirement of the enclosed space to cover the Total heat requirement of the enclosed space is sufficient can.

Claims

1. Graphite surface covering also for the purpose of heating the living space with and without dielectric properties of the graphite surface material, according to claim 1, characterized in that the same surface material is adjustable as a good and inert heat conductor and preferably consists of graphite and is of high temperature change resistance and of all heat carriers in liquid, gaseous form, but can also be flowed through by electrical current, for the purpose of increasing the temperature with targeted isothermal formation.

2. Claim 2 according to claim 1, characterized in that by the under different electrical and thermal conductivity due to material adjustability of different energy emissions to surfaces is also partially predisposable and therefore preferred Disadvantages of underfloor heating can be eliminated.

3. Claim 3 according to claim 1 and 2, characterized in that in the preferably tiled stove or fireplace fire trough Graphite over the adjacent surfaces, preferably also consist of graphite, which is dissipated by energy disposable conductivity of the surface materials.

4. Claim 4 according to claim 1, 2 and 3, characterized in that in Material or through pigmentation with the material Eigen like fire resistance, temperature change resistant resistance, chemical resistance and high radiant heat are present without any additional previous or subsequent processing measures on the material.

5. Claim 5 according to claim 1, 2, 3 and 4, characterized in that preferably graphite material one or more functions preferably fulfilled as radiant heating or as a beam heat donor, for example also by radiation, serves.