VERFAHREN UND VORRICHTUNG ZUR HERSTELLUNG STRANGFOERMIGER FORMKOERPER ZELLENARTIGER STRUKTUR AUS EINEM SINTERFAEHIGEN GRANULAT

Verfahren zum Herstellen von Bauelementen durch Verkleben von Feststoffpartikeln mit Kunstharz

Presse zur Herstellung von Gegenständen aus keramischem Material

PROCEDURE AND DEVICE FOR THE PRODUCTION OF STRANGFOERMIGER MOLDED ARTICLES OF CELLULAR STRUCTURE FROM SINTER-ABLE GRANULATES.

METHOD FOR FABRICATING MOLDED ELEMENTS BY BONDING SOLID PARTICLES WITH A RESIN

Sound absorptive and fireproof body

Process of manufacturing porous silica ware

Process of making porous articles consisting of silica

Spinning cot

PRESSE ZUR HERSTELLUNG VON GEGENSTAENDEN AUS KERAMISCHEM MATERIAL.

Procedure for manufacturing art concrete construction units

METHOD OF PRODUCING NON-COMBUSTIBLE LIGHT-WEIGHT SHAPED ARTICLES

PROCEDE POUR LA FABRICATION D'ELEMENTS DE CONSTRUCTION A PARTIR DE MOUSSES DE CERAMIQUE

Procédé pour la fabrication d'éléments de construction à partir de mousses de céramique. On introduit dans un moule 1 de matière réfractaire dont au moins le fond est recouvert d'une couche 3 de verre ou d'une composition formant un verre (800 degrés C < PF < 1 100 degrés C), et ne se dilatant pas à la chaleur, une matière dilatable ou expansible 6 qui, chauffée à une température comprise entre 800 et 1 100 degrés C forme une mousse de céramique diffusant vers ledit verre. Le verre est incolore ou ne contient pas de sub stances colorant la matière fondue. On a préalablement disposé sur le verre 3 une feuille-support 4 de matière fusible ou destructible que l'on a recouvert d'une couche 5 de matière pigmenté vitrifiante. Finalement la couche 5 apparaît comme un arrière-fond coloré à travers la couche frittée formée par le verre et la mousse de céramique. Application à la fabrication de mousses de céramique pré sentant des teintes ou couleurs très diverses en utilisant des verres incolores ...

PROCESSO E APARELHO PARA PRODUCAO DE CORPOS EM FORMATO DE BASTAO DE ESTRUTURA CELULAR A PARTIR DE UM MATERIAL GRANULADO SINTERIZAVEL

Verfahren zur Herstellung mikroporoeser Folien bzw. UEberzuege, insbesondere von wasserdampfdurchlaessigem Kunstleder

METHOD FOR FABRICATING MOULDED ELEMENTS BY BONDING SOLID PARTICLES WITH A RESIN

Press equipped with one or more matrices, for the moulding of ceramic matter products

METHOD OF FORMING A LIGHT-WEIGHT STRUCTURAL ASSEMBLY BY JOINING ACRYLIC RESIN BALLS WITH POLYESTER OR EPOXY RESIN MATRIX

Method of placing porous concretes

Refractory material for use in metal castings and process for making the same

Method of manufacturing porous building materials

FABRICATION OF THREE-DIMENSIONAL REINFORCED THERMAL INSULATION BLOCK

... 1391733 Reinforced foam blocks McDONNELL DOUGLAS CORP 26 March 1973 [3 April 1972] 14492/73 Heading B5A Thermal insulation blocks are made by attaching parallel, uniformly spaced threads to frames 40 (Fig. 1). The frames are stacked so that some of the threads are mutually perpendicular in X and Y directions, to form a stack of X and Y, grids of threads, and further stiffened threads are then inserted into the grid openings in a Z direction normal to the planes of the X and Y grids. The arrangement of threads is immersed in a foamable insulation material, and after the material has hardened, the frames are removed. As described, squares are removed by a punch 12 from corrugated cardboard or plastics 10 to form interconnected frames 14, 16. Rollers 18, 20 apply adhesive, and threads 22, 28 are attached to the frames by rollers 26, 32. The threaded frames areseparated by a cutter 38, and stacked in alternate directions 40, 50. Some further frames are dipped in epoxy resin, which cures to ...

METHOD FOR FABRICATING MOULDED ELEMENTS BY BONDING SOLID PARTICLES WITH A RESIN

... 1368198 Resin bonded artificial stone CONTRAVES AG 5 June 1972 [7 July 1971] 26044/72 Heading C1H [Also in Division C3] Construction elements are made by mixing loose mineral grains with at most 5 wt. per cent granular synthetic plastics material (e.g. polystyrene) which can expand into voluminous dimensionally elastic foamed grains spaced 1-3 mm. apart within a given temperature range while internally developing pressure and at most 10% by wt. non-hardened synthetic liquid thermosetting resin gellable within the above temperature range and completely hardenable at higher temperatures until a homogeneous distribution is obtained, the mixture then being filled into a mould, which mould is then sealed to make it pressure-tight and finally heated to the above temperature range and above. The resin may be a liquid resole type phenol formaldehyde resin or a polyurethane. Mineral fibres (e.g. asbestos, glass) may also be present in the mixture. Specified mineral grains are sea sand, quartz, feldspar ...

Procedure for making porous bodies of plastics

Manufactoring process of porous concrete and its applications

Non-combustible light-weight inorganic shaped articles and process of manufacture

A method of producing a non-combustible light-weight shaped article, which comprises shaping a mixture comprising (a) powders of silicon or a silicon alloy, (b) inorganic powders having a porous or hollow structure and (c) water glass, and maintaining the resulting shaped article at a temperature of 15° to 120°C. thereby to foam and cure it.

Connector for use in cathodic protection and method of use

METHOD OF PRODUCING NON-COMBUSTIBLE LIGHT-WEIGHT SHAPED ARTICLES

PROCESS AND DEVICE FOR THE MANUFACTURE OF THREAD-LIKE BODY OF FORM HAVE CELLULAR STRUCTURE STARTING FROM A AGGREGATE FRITTABLE

Coatings containing polymers, permeable and more particularly proceeded of obtaining coatings containing polymers, microporous

Matter absorbing the sounds and process to manufacture it

Vesiculated brick and similar article and process of making the same

Refractory heat-insulating material and method of making the same

Method of making cellular clay products

FOAMED CERAMIC MATERIAL

Process of manufacturing light weight aggregates and structural blocks formed thereof

PROCESS OF MAKING BRICK AND SIMILAR ARTICLES.

Improvements in or relating to the manufacture of porous bodies

In the manufacture of porous articles by forming a slip containing granular material-binding material, and a gas-producing material comprising hydrogen peroxide, and puddling into a mould, gas production is retarded so that no appreciable evolution of gas takes place until the slip is in the mould. A stabilizing agent such as acetanilide, or magnesium sulphate can be added and the temperature of drying varied to effect a predetermined rate of gas evolution. Alternatively, a buffer solution such as sodium pyrophosphate or stannate can be added which also has a deflocculating effect so that the same fluidity is obtained with less water. The stability can also be maintained by lowering the pH of the mix, as by addition of sulphuric acid, to equal that of the peroxide, or by removing the catalytic substances from the basic ingredients by washing with acid and then washing out the acid. In some cases, definite types of bonds and grains can be mixed so that the catalytic decomposing effects neutralize ...

FABRICATION OF THREE-DIMENSIONAL REINFORCED INSULATION BLOCKS

Manufacture of insulating slabs and the like

Improvements in or relating to permeable polymeric coatings and films

Microporous films are produced by coating an impervious substrate with a polymeric solution having as essential constituents a hygroscopic solvent and up to 30% by weight of a polymer formed by chain-extending an isocyanate-group terminated reaction product of at least one polyalkylene ether glycol and at least one diisocyanate with at least one chain-extending agent in the form of a compound having two active hydrogen atoms, exposing the coated substrate to an atmosphere having a relative humidity of 15 to 100% at a dry bulb temperature of from 50 DEG to 100 DEG F., removing the residual hygroscopic solvent from the resulting microporous coating, and stripping the coating from the impervious substrate. The reaction product may have a molecular weight of 750 to 10,000 and the solvent may be removed from the coating by washing with water or by air drying at room or elevated temperature. The polymeric solution may be applied by spraying, roller coating, casting, brushing or knife coating.

FABRICATION OF THREE-DIMENSIONAL REINFORCED THERMAL INSULATION BLOCK

FABRICATION OF THREE-DIMENSIONAL REINFORCED THERMAL INSULATION BLOCK

CONNECTOR FOR USE IN CATHODIC PROTECTION AND METHOD OF USE

Sound absorbing material and process for making same

Process and apparatus for making rod-shaped bodies from sinterable granular material

Granular material, gaseous fuel and air are preheated to just below the sintering temperature of the granular material. The hot granular material is passed through a mold in which a reticular device for distributing the fuel is provided to define a conical or vaulted surface with its vertex upstream, extending across the cross-section of the mold and defining the upstream end of a combustion zone into which the granular material passes after entering the mold. Air is supplied through a perforated wall and pushes the granular material as well as advancing with it to the combustion zone. Combustion of the fuel in the combustion zone thus defined brings the granular material to the sintering temperature and a fused rod of cellular structure (i.e. with small enclosed voids, generally not communicating with each other) is continuously formed that is pulled out by rolls in a pre-cooling section of the apparatus immediately downstream of the mold. The granular material must be sinterable and is ...

Porous composition of matter

Improvements in or relating to presses provided with at least one die for moulding products from ceramic material

... 899,257. Compression moulding ceramic material. PHILIPS ELECTRICAL INDUSTRIES Ltd. Dec. 31, 1958 [Jan. 3, 1958], No. 42196/58. Class 87(2). Ceramic material is moulded in a compression moulding machine wherein the material is fed through a duct to a die or dies as a suspension in a liquid preferably having a low viscosity and a closure member of the die or dies is provided with apertures for discharging the liquid during the moulding operation. The closure member 16 is pressed down by plungers 15 on to a moulding plate 7 which houses an annular member 8 with a cylindrical wall 9 embracing dies 10, the cavities of which are open at the beginning of the cycle. Suspension material is fed to the dies through a bore 23 in a cylindrical extension 5 from the main press plunger 2. When enough material has been fed, the moulding plate 7 is pressed further downwards, the plunger 2 remaining stationary, so that punches 6, carried on the extension 5, are pressed into the die cavities and surplus suspension ...

Production of porous olefin polymers

A porous body of polyolefin is made by causing the finely divided polymer to fall on a base plate on which the individual particles are fritted together under the action of a substantially constant temperature and fritting further layers one upon the other by continued further dusting of finely divided polymer on the base layer whereby a porous body is built up whilst the fritting temperature is maintained substantially constant. The preferred polyolefins are polymers of olefins containing 2-6 carbon atoms (especially ethylene and propylene), copolymers derived from two or more such olefins and mixtures of such polymers or copolymers. The polyolefin may contain a gas evolving material (e.g. ammonium nitrate, ammonium carbonate or sodium bicarbonate) or a stabilizer (e.g. mercaptobenzimidazole). Before use the polymers may have their ash removed and be sieved to be of a substantially uniform particle size. Even distribution of the polyolefin on the base plate may be ensured by moving the ...

Improvements in porous material and method of making such material

A sintered foamed structure consisting of a metal, alloy, metal compound, metalloid compound or graphite is made by impregnating a porous organic structure such as polyurethane, polystyrene, cellulose or isocyanate sponge, with a fluidized powder suspension of the material, heating to decompose and carbonize the organic structure and finally sintering below the melting temperature. The organic structure may be a mesh, cloth or a cured foam and the powder suspension is formed with water or an organic liquid such as acetone or toluene as a thinner and a binder such as resins, e.g. silicones, epoxy phenolic, gum cellulose gel, methacrylates, alginates, P.V.A. and sugar syrup. The weight ratio of powder to binder is 1-11 parts: 1 part and the suspension may also include a thickener, e.g. a metal hydride or salt. The powder to be foamed may be W, Nb, Ta, Re, Ni, Cu, Pb, Ag, Pt, and mixtures of these, an alloy such as a Ni base containing 0.1% C, 22% Cr, 1.5% Co, 9% Mo, 0.6% W, 18.5% Fe, compounds ...

PROCESS AND APPARATUS FOR MAKING BODIES FROM SINTERABLE GRANULAR MATERIAL

Porous matter and process for its manufacture

PROCESS FOR the MANUFACTURE Of STRUCTURAL COMPONENTS FROM CERAMICS FOAMS

METHOD FOR FABRICATING MOULDED ELEMENTS BY BONDING SOLID PARTICLES WITH A RESIN

Method of manufacturing building elements from so-called foamed ceramics

The present invention involves a method of making foamed ceramic building elements by coating the bottom of a mould with a layer of uncolored glass material, applying a layer of colored glazing material over said layer of uncolored glass material and charging an expandable mass to the mould over said layer of glazing material.

Method of making bodies consisting of metallic oxides

Insulating building and sound absorbing material

Refractory material and method of manufacturing

FABRICATION OF THREE-DIMENSIONAL REINFORCED INSULATION BLOCKS

PROCEDE DE FABRICATION D'ELEMENTS DE CONSTRUCTION EN BETON SYNTHETIQUE

Textile

Preparation of concrete containing expanded polymeric particles

Method of making ceramic articles

Process for producing microporous films and coatings

Process for the production of sintered porous bodies

Process of manufacturing concrete.

Connector for use in cathodic protection and method of use

Cathodic protection of concrete-reinforcing steel reinforcing elements is accomplished utilizing an anode of a metal (e.g. zinc) having a more negative electrical potential than the steel reinforcing element, and connecting at least one wire made of a ductile metal to the anode. The anode may be cast around the wire, or a twisted portion of two or more wires. The wires are wrapped around one or more of the reinforcing elements and electrically and physically connect the anode to the reinforcing elements. The cathodic protection is maintained over a sustained period of time by casting a cementitious material around the anode, e.g. a mortar containing an electrolyte solution having a pH of at least about 14 when the anode is zinc.

Structural material and method of making the same

Process for the production of artificial stone, stoveware, and the like from boiler slag, dust slag, or ashes

Method of progressively bloating earthy materials

Production of metal foam

Method of making light porous materials

Article of self bonded granular material and method of making the same

Method of making cementitious material of cellular texture

Method for manufacturing forms of cement

Wall and ceiling of auditoriums and the like.

Method for manufacturing reinforced lightweight concrete

Preparation of refractory products

Insulating substance

Lightweight material and method of making the same

Porous materials and the manufacturing process thereof

Connector for use in cathodic protection and method of use.

AN ASSEMBLY FOR USE IN THE CATHODIC PROTECTION OF STEEL REINFORCEMENT INREINFORCED CONCRETE SAID ASSEMBLY COMPRISES:(I) AN ANODE OF A METAL HAVING A MORE NEGATIVE ELECTRODE POTENTIAL THAN STEEL AND, IN ELECTRICAL CONTACT THEREWITH, (II) AN ELONGATE ELECTRICAL CONNECTOR E.G. A WIRE MADE OF A DUCTILE METAL CAPABLE OF BEING WOUND AROUND THE STEEL REINFORCING ELEMENT TO BEPROTECTED. THE ANODE MAY BE IN THE FORM OF A BLOCK CAST AROUND A PORTION OF THE LENGTH OF THE ELONGATE CONNECTOR AND PREFERABLY THE ELONGATE CONNECTOR COMPRISES A PLURALITY OF WIRES TWISTED TOGETHER OVER A PORTION OF THEIR LENGTH WITH THE ANODE CAST AROUND THE TWISTED PORTION. (FIG. 1)

Cellular cement and a process for making the same

Nailing concrete

Ceramic acoustical material

Wall covering and process of making same

Manufacture of porous bodies

Decorative exfoliated shell and method of producing the same

Cellular-ceramic process and apparatus

Manufacture of heat-insulating materials.

Method of producing artificial stone.

Improved porous porcelain for use in

Vehicle-tire filler.

Corn and cob mill

Artificial stone.

John w

Fabbricazione di blocchi isolanti ronforzati tridimensionali

Method of making cellular concrete

Composition for bricks

William lenderoth

[UNK]

Manufacture of fireproof coverings for steam-pipes

Heat-insulating compound.

Molded article and process of making the same.

Manufacture of filling or stuffing material.

Sett att framstella byggnadselement av s k skumkeramik

Process of agglomerating materials.

Cellular body of asphalt and method of producing the same