Goods & Services

Shaped thermal insulation bodies; thermal insulating shaped parts; thermal insulation sheeting; high-performance insulation mouldings; all the aforesaid goods of microporous thermal insulation materials based on inorganic silica; including all the aforesaid goods being coated; all the aforesaid goods being thermal insulation in the aeronautics and aviation industries, the automotive industry, the domestic appliance industry and the packaging industry, and for the construction industry and for general mechanical engineering and apparatus construction.

Goods & Services

Shaped thermal insulation bodies, namely, shaped thermal insulation materials; thermal insulation shaped parts, namely, shaped insulating materials; thermal insulation sheeting; high performance insulation mouldings; all the aforesaid goods of microporous thermal insulation materials based on inorganic silica; all aforesaid goods being coated; all aforesaid goods being thermal insulation in the aeronautics and aviation industries, the automotive industry, the domestic appliance industry and the packaging industry, and for the construction industry and for general mechanical engineering end apparatus construction

Goods & Services

Shaped thermal insulation bodies; Thermal insulating shaped parts; Thermal insulation sheeting; High-performance insulation mouldings; All the aforesaid goods of microporous thermal insulation materials based on inorganic silica; Including all the aforesaid goods being coated; All the aforesaid goods being thermal insulation in the aeronautics and aviation industries, the automotive industry, the domestic appliance industry and the packaging industry, and for the construction industry and for general mechanical engineering and apparatus construction.

Abstract

The invention relates to a thermal insulation moulded body (1) comprising a thermal insulation layer (2) made of one or more insulation materials (3) and a cover layer (4), characterised in that the cover layer (4) is formed by a polyurea, obtained from a polyaddition-polymerisation reaction of an aromatic or aliphatic isocyanate and an OH-group-free polyamine with a terminal amine group, wherein the cover layer (4) is arranged on the thermal insulation layer (2) or the thermal insulation moulded body (1).

IPC Classes  ?

• F16L 59/065 - Arrangements using an air layer or vacuum using vacuum
• E04B 1/80 - Heat insulating elements slab-shaped

Goods & Services

Thermal insulating materials; thermal insulating shaped figures, in particular made of high-temperature insulating materials. Thermal insulating sheets as building materials.

Goods & Services

Thermal insulation boards, insulating materials, insulating shaped bodies.

Goods & Services

Shaped thermal insulation bodies; thermal insulating shaped parts; vacuum insulation panels for heat insulation; thermal insulation sheeting; vacuum insulation mouldings for high-performance thermal insulation; high-performance insulation mouldings; all the aforesaid goods of microporous thermal insulation materials based on inorganic silica; all the aforesaid goods being thermal insulation in the aeronautics and aviation industries, the automotive industry, the domestic appliance industry and the packaging industry, and for the construction industry and for general mechanical engineering and apparatus construction.

Goods & Services

Heat insulating material, vacuum insulation panels for heat insulation, shaped thermal insulation bodies, high-performance shaped heat insulation bodies, thermal insulation sheeting, all the aforesaid goods being of microporous heat insulation material based on inorganic silicic acid.

Goods & Services

(1) Heat-insulating materials, namely inorganic high temperature thermal insulation in the form of plates, panels, sheets, granulated materials and die-formed parts (2) Thermal insulating materials, namely inorganic high temperature thermal insulation in the form of plates, panels, sheets, granulated materials and die-formed parts

Goods & Services

Heat insulating material, vacuum insulation panels for heat insulation, shaped thermal insulation bodies and high-performance shaped heat insulation bodies in the nature of boards, panels, curved panels and arcuated panels; thermal insulation sheeting, all the aforesaid goods being of microporous heat insulation material based on inorganic silicic acid

Goods & Services

Shaped thermal insulation bodies; Thermal insulating shaped parts; Vacuum insulation panels for heat insulation; Thermal insulation sheeting; Vacuum insulation mouldings for high-performance thermal insulation; High-performance insulation mouldings; All the aforesaid goods of microporous thermal insulation materials based on inorganic silica; All the aforesaid goods being thermal insulation in the aeronautics and aviation industries, the automotive industry, the domestic appliance industry and the packaging industry, and for the construction industry and for general mechanical engineering and apparatus construction.

Goods & Services

Heat insulating material, Vacuum insulation panels for heat insulation, Shaped thermal insulation bodies, High-performance shaped heat insulation bodies, Thermal insulation sheeting, All the aforesaid goods being of microporous heat insulation material based on inorganic silicic acid.

Goods & Services

Shaped thermal insulation bodies; thermal insulating shaped parts; shaped vacuum insulation bodies and parts, for high-performance thermal insulation; shaped high-temperature insulation bodies and parts.

Goods & Services

Shaped thermal insulation bodies; Thermal insulating shaped parts; Shaped vacuum insulation bodies and parts, for high-performance thermal insulation; Shaped high-temperature insulation bodies and parts.

Goods & Services

Non-conducting materials for retaining heat; thermal insulating bodies, thermal insulating shaped parts; vacuum insulation panels and shaped parts for thermal insulation; high temperature insulation bodies and boards.

Goods & Services

THERMAL INSULATION MADE OF SILICA OR SILICATES FOR BUILDING INSULATION, ELECTRIC INSULATION, AIR CONDITION INSULATION, INSULATION IN INDUSTRIAL FURNACES, INSULATION FOR SMELTING AND HEAT TREATMENT FURNACES IN THE ALUMINUM INDUSTRY, INSULATION USED IN THE STEEL AND NON-FERROUS METALS INDUSTRIES, INSULATION IN STORAGE, METERING AND TRANSPORT TANKS FOR HOT LIQUID MATERIALS, INSULATION FOR USE IN THE CERAMICS INDUSTRY, INSULATION USED IN THE GLASS INDUSTRY, INSULATION FOR USE IN HOUSEHOLD APPLIANCES, AND INSULATION USED IN THE MANUFACTURE OF AUTOMOBILES

Goods & Services

Vacuum insulation panels.

Abstract

In order to create an easy indicator (20) for detecting penetration of air and/or dampness into a vacuum, pressure or modified atmosphere packaging, in particular into a vacuum insulation panel (10), wherein the penetrating air and/or dampness causes a change of the physical properties of the indicator (20), it is disclosed that the indicator (20) has a material which reacts chemically with the penetrating air and/or dampness, and that at least one physical property of the indicator (20) can be changed by the chemical reaction. In particular, the material is formed as a barium layer, which has a defined dielectric constant. Furthermore, an associated vacuum, pressure or modified atmosphere packaging, in particular for a vacuum insulation panel (10) with evacuated heat insulating body and shell is disclosed, wherein the shell is metalized in a largely transparent manner, the shell for detecting the changed physical properties in the region of the indicator (20) is, however, transparently masked and covered with an airtight transparent material.

IPC Classes  ?

• G01M 3/04 - Investigating fluid tightness of structures by using fluid or vacuum by detecting the presence of fluid at the leakage point
• G01M 3/16 - Investigating fluid tightness of structures by using fluid or vacuum by detecting the presence of fluid at the leakage point using electric detection means

Goods & Services

HEAT INSULATION MATERIALS, NAMELY, PLATES, PANELS, SHEETS, DIE-SHAPED PARTS, OR IN GRANULATED FORM

Abstract

The invention relates to a vacuum insulation panel (10) comprising a support element (11) in a gas-tight jacket (20) which has at least two components (21, 22), especially film sections that are joined by means of spaced-apart sealing seams/flaps (25a, b). The sealing seams/flaps (25a, b) are positioned especially on a main surface (12) of the vacuum insulation panel (10). Also disclosed is a method for producing the vacuum insulation panel (10) according to the invention.

IPC Classes  ?

• F16L 59/065 - Arrangements using an air layer or vacuum using vacuum
• E04B 1/80 - Heat insulating elements slab-shaped
• B29C 63/02 - Lining or sheathing, i.e. applying preformed layers or sheathings of plasticsApparatus therefor using sheet or web-like material
• B29C 53/04 - Bending or folding of plates or sheets

Abstract

In order to create a stable molded thermal insulation body (10) with substantially dust-free surfaces, particularly with a microporous supporting body (20), wherein the supporting body (20) has at least one layer (30) on the outside surfaces (22), it is proposed according to invention to form the layer (30) by applying a suspension, which is made of phosphate-based binding agents, or a combination of phosphate and silica-based binding agents. The invention further relates to a method for producing a molded thermal insulation body (10).

IPC Classes  ?

• C04B 41/67 - Phosphates
• E04B 1/80 - Heat insulating elements slab-shaped

Abstract

To provide a cost-effective, stable vacuum insulation panel (10) having at least one lead-through (20) in a main surface (16) of an insulating material supporting body (14) and having a vacuum-tight film envelope (17), it is proposed that the lead-through (20) is formed as a bush (30) with an outer side (32) facing the insulating material supporting body (14) and that on the first bush end (36) is provided a first, preformed collar (37) extending radially away from the bush (30) into the main surface (16) and, opposite said collar, is provided a second collar (39) formed by thermal deformation of the second bush end (38), wherein the vacuum-tight film envelope (17) is welded to the collars (37, 39). A corresponding method for producing the panel is also described.

IPC Classes  ?

• E04B 1/80 - Heat insulating elements slab-shaped

Goods & Services

Thermal insulation boards, insulating materials, insulating shaped bodies.

Abstract

For the simple production of an exactly fitting vacuum insulator (1) comprising upper and lower flat sides and narrower end sides, wherein an open-cell, open-pore, microporous and/or fibrous core (2) is completely enclosed by a gastight multilayer film (3), the end edges (e.g. 5 and 6) of which are sealed together, it is proposed that a sealing seam (4, 4') is provided on each of the flat sides (18, 18') of the vacuum insulator (1). It is preferred for the two sealing seams (4, 4') on the upper and lower flat sides (18, 18') to be arranged off-centre, in particular arranged offset oppositely in relation to each other, each by approximately 1/3 of the overall width of the vacuum insulator (1). Moreover, a corresponding production method is proposed.

IPC Classes  ?

• E04B 1/80 - Heat insulating elements slab-shaped
• F16L 59/065 - Arrangements using an air layer or vacuum using vacuum

Goods & Services

Thermal insulating materials.

Goods & Services

Heat insulating materials.

Goods & Services

Thermal insulating materials, thermal insulating shaped figures, in particular high-temperature insulating materials. Thermal insulating sheets,.

Goods & Services

(1) Chemical products used in industry; namely, microporous inorganic oxides; chemical compounds used in the manufacture of thermal insulation material containing microporous inorganic oxides and additives, namely, fibres, opacifier and binders; highly dispersible silica; thermal insulation material, namely, thermal insulation material made partly or entirely of silica or silicates for any purpose where heat or cold has to be insulated.