Improvements relating to etching processes

723,303. Etching. ELECTRIC & MUSICAL INDUSTRIES, Ltd. Feb. 1, 1951 [Feb. 1, 1950], No. 2557/50. Class 100 (2). [Also in Group XL (a)] A method of etching includes the step of forming a resist on a surface to be etched by evaporating a non-metallic material and condensing the vapour thereof on sa...

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description 723,303. Etching. ELECTRIC & MUSICAL INDUSTRIES, Ltd. Feb. 1, 1951 [Feb. 1, 1950], No. 2557/50. Class 100 (2). [Also in Group XL (a)] A method of etching includes the step of forming a resist on a surface to be etched by evaporating a non-metallic material and condensing the vapour thereof on said surface. The resulting resist coating is sufficiently non- porous even when thin. The resist material may be polythene, polystyrene, bitumen, colophony resin, or paraffin wax. A coating of metal, e.g. silver, platinum, gold or copper may be applied to the surface of a glass plate by condensation in a vacuum or by sputtering, and the resist layer applied over the metal, the metal coating imparting elasticity to the composite layer to prevent disruption. A further non-metallic coating may be applied under the metallic coating to increase the adhesion of the latter to the glass. In one way of carrying out the method, a glass plate to be etched is coated with non-metal by vaporizing the non-metal in a vacuum in an electrostatic field (see Group XL (a) ). After cutting the design, etching is carried out by hydrofluoric acid vapour.
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[Also in Group XL (a)] A method of etching includes the step of forming a resist on a surface to be etched by evaporating a non-metallic material and condensing the vapour thereof on said surface. The resulting resist coating is sufficiently non- porous even when thin. The resist material may be polythene, polystyrene, bitumen, colophony resin, or paraffin wax. A coating of metal, e.g. silver, platinum, gold or copper may be applied to the surface of a glass plate by condensation in a vacuum or by sputtering, and the resist layer applied over the metal, the metal coating imparting elasticity to the composite layer to prevent disruption. A further non-metallic coating may be applied under the metallic coating to increase the adhesion of the latter to the glass. In one way of carrying out the method, a glass plate to be etched is coated with non-metal by vaporizing the non-metal in a vacuum in an electrostatic field (see Group XL (a) ). 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Etching. ELECTRIC &amp; MUSICAL INDUSTRIES, Ltd. Feb. 1, 1951 [Feb. 1, 1950], No. 2557/50. Class 100 (2). [Also in Group XL (a)] A method of etching includes the step of forming a resist on a surface to be etched by evaporating a non-metallic material and condensing the vapour thereof on said surface. The resulting resist coating is sufficiently non- porous even when thin. The resist material may be polythene, polystyrene, bitumen, colophony resin, or paraffin wax. A coating of metal, e.g. silver, platinum, gold or copper may be applied to the surface of a glass plate by condensation in a vacuum or by sputtering, and the resist layer applied over the metal, the metal coating imparting elasticity to the composite layer to prevent disruption. A further non-metallic coating may be applied under the metallic coating to increase the adhesion of the latter to the glass. In one way of carrying out the method, a glass plate to be etched is coated with non-metal by vaporizing the non-metal in a vacuum in an electrostatic field (see Group XL (a) ). 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Etching. ELECTRIC &amp; MUSICAL INDUSTRIES, Ltd. Feb. 1, 1951 [Feb. 1, 1950], No. 2557/50. Class 100 (2). [Also in Group XL (a)] A method of etching includes the step of forming a resist on a surface to be etched by evaporating a non-metallic material and condensing the vapour thereof on said surface. The resulting resist coating is sufficiently non- porous even when thin. The resist material may be polythene, polystyrene, bitumen, colophony resin, or paraffin wax. A coating of metal, e.g. silver, platinum, gold or copper may be applied to the surface of a glass plate by condensation in a vacuum or by sputtering, and the resist layer applied over the metal, the metal coating imparting elasticity to the composite layer to prevent disruption. A further non-metallic coating may be applied under the metallic coating to increase the adhesion of the latter to the glass. In one way of carrying out the method, a glass plate to be etched is coated with non-metal by vaporizing the non-metal in a vacuum in an electrostatic field (see Group XL (a) ). After cutting the design, etching is carried out by hydrofluoric acid vapour.</abstract><oa>free_for_read</oa></addata></record>
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subjects CHEMICAL COMPOSITION OF GLASSES, GLAZES, OR VITREOUSENAMELS
CHEMISTRY
GLASS
JOINING GLASS TO GLASS OR OTHER MATERIALS
METALLURGY
MINERAL OR SLAG WOOL
SURFACE TREATMENT OF FIBRES OR FILAMENTS MADE FROM GLASS,MINERALS OR SLAGS
SURFACE TREATMENT OF GLASS
title Improvements relating to etching processes
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