221 |
Restoring damaged areas of enamel layer in steel tanks - by spraying abrasive agent, esp. corundum, applying protection layer by plasma or detonation spraying etc. |
DE4021466 |
1990-07-05 |
DE4021466A1 |
1992-01-09 |
VERZICHT DES ERFINDERS AUF NENNUNG |
In this method the affected site is subjected to the effects of a sprayed abrasive agent, esp corundum, blasted on by air or water pressure or a mixt. of the two. The area in the immediate vicinity of the damage (2-30 mm around the periphery) is also cleansed by blasting with a shape-edged abrasive. The protective layer is applied next by plasma or detonation spraying, powder-flame or wire-flame or electric arc methods. The pores of the covering layer thus produced are then closed by mechanical working esp. brushing with a metallic or non-metal powder. Alternatively, the pore closing can be effected by a sealant, esp. one based on poly-methylmethacrylate or epoxy resin. USE/ADVANTAGE - Useful for mending steel tanks coated with enamel, as used in the food industry. Cheap and simple method. |
222 |
IMPROVED CORROSION PROTECTION OF MARINE STRUCTURES |
GB9112499 |
1991-06-11 |
GB9112499D0 |
1991-07-31 |
|
|
223 |
GLASS-CERAMIC COATINGS FOR TITANIUM ALUMINIDE SURFACES |
CA2023657 |
1990-08-20 |
CA2023657A1 |
1991-02-22 |
ANDRUS RONALD L; MACDOWELL JOHN F |
An article of manufacture comprising protectively coated titanium aluminide, and a method for making it, wherein the protective coating is an adherent crystalline alkaline earth silicate glass-ceramic coating having a composition consisting essentially, in weight percent on the oxide basis, of about 20-75% total of oxides selected in amounts not exceeding the indicated proportions from the group consisting of up to about 50% BaO, 55% SrO, and 35% CaO, 25-60% of SiO2 and, as optional constituents, 0-25% MnO, 0-20% MgO, and 0-30% total of other compatible bivalent and trivalent metal oxides. The coating is applied as a continuous glassy coating and is converted to a crystalline glass-ceramic coating by heat treatment. |
224 |
METHOD FOR ENAMELLING A PLATE METAL OBJECT AND THE OBJECT OBTAINED |
GB9008099 |
1990-04-10 |
GB9008099D0 |
1990-06-06 |
|
|
225 |
'MO ELIMINATING MICRODEFECTS IN COATINGS |
SU4224752 |
1987-02-05 |
SU1497277A1 |
1989-07-30 |
ZEMBAKHIDZE REVEZ T; SAMKHARADZE RAMAZ G; GEGECHKORI TENGIZ A |
|
226 |
|
MX19334882 |
1982-06-29 |
MX159287A |
1989-05-12 |
DAUSON SAMUEL |
|
227 |
SCREW-IN SEALING DEVICE |
SU4041450 |
1986-03-24 |
SU1430409A1 |
1988-10-15 |
ZELENKEVICH OLEG A |
|
228 |
PROCESS FOR DECORATING, MARKING AND ENGRAVING ARTICLES WITH ENAMELED SURFACE USING LASER BEAM |
YU198385 |
1985-12-18 |
YU198385A |
1988-04-30 |
SCHUMACHER B; KUEHN W |
|
229 |
|
DD28727386 |
1986-02-24 |
DD247028A1 |
1987-06-24 |
GALLE WILFRIED; KUEHN WOLFGANG; POESCHMANN HELMUT |
|
230 |
Method for sealing a metal electrode into an enamel layer |
DE3542028 |
1985-11-28 |
DE3542028A1 |
1987-06-04 |
HORSCH RUDI |
A method for sealing a metal electrode into an enamel layer on a metallic carrier is described, the metal electrode being exposed on the surface of the enamel layer and being connected in an electrically conductive manner to a conductor embedded in the enamel layer. In order to produce a point of contact of the metal electrode with the embedded conductor, there is ground in the enamel surface a location whose volume is partly filled with a mixture which consists of metal powder and enamel powder and touches the connection point to the conductor. A metal platelet is pressed onto the mixture. In order to form an electrically conductive connection of sintered metal powder, a first firing pass is then carried out, and after enamel powder has been applied along the edge of the metal platelet and over the surface of the sintered metal, a second firing pass is carried out. The metal platelet preferably consists of rhodium and has a diameter of approximately 2 mm. |
231 |
VERFAHREN ZUR HERSTELLUNG POROESER UEBERZUEGE ODER POROESER KOERPER AUS KERAMIK, GLASKERAMIK ODER GLAS. |
AT84102499 |
1984-03-08 |
AT22062T |
1986-09-15 |
HORSCH RUDI |
|
232 |
Method for producing thick-film structures |
DE3502370 |
1985-01-25 |
DE3502370A1 |
1986-07-31 |
SMERNOS STAUROS DIPL CHEM DR; RICHTER HORST DIPL CHEM DR; THAIDIGSMANN OTTO |
Readily solderable thick-film structures on metal substrates coated with an enamel layer are obtained by using a glass-free paste and firing above the softening temperature of the enamel. |
233 |
A method of decorating, marking, engraving or the like of objects with enamelled surfaces by means of a laser beam. |
NL8503201 |
1985-11-20 |
NL8503201A |
1986-07-16 |
|
|
234 |
VERFAHREN ZUR HERSTELLUNG EINER METALLISCHEN SCHICHT AUF GLASARTIGEN SUBSTRATOBERFLAECHEN. |
CH399983 |
1983-07-21 |
CH655923A5 |
1986-05-30 |
OKSTAJNER TOMISLAV |
|
235 |
|
IT6808385 |
1985-12-20 |
IT8568083A0 |
1985-12-20 |
SCHUMACHERUND BERNDPETER; KUHN WOLFGANG |
|
236 |
INSERT AND METHOD FOR REPARING THE ENAMELING DEFECTS ORIGINATED ON PIPE STUBS OF ENAMELED CHEMICAL INDUSTRIAL EQUIPMENTS |
HU10583 |
1983-01-13 |
HU186241B |
1985-06-28 |
BERKES JOZSEF; NAGY LASZLO; KOCSIS ISTVAN |
|
237 |
DE3231546C2 - |
DE3231546 |
1982-08-25 |
DE3231546C2 |
1985-01-10 |
SCHULMEYER, HERBERT GEORG, 6101 MESSEL, DE |
|
238 |
DURABLE CERAMIC ENAMEL SPANDRELS |
GB8218708 |
1982-06-29 |
GB2106263B |
1984-12-12 |
DAUSON SAMUEL |
|
239 |
DE3309332C1 - |
DE3309332 |
1983-03-16 |
DE3309332C1 |
1984-05-24 |
HORSCH, RUDI, 6831 NEULUSSHEIM, DE |
|
240 |
FR2446328B1 - |
FR8000544 |
1980-01-11 |
FR2446328B1 |
1984-05-11 |
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