Electrocoating apparatus
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I- Ultrasonic Degreasing Apparatus U.S. Patent 5,494,063. Feb. 27, 1996 K. Suzuki et a/., assignors to MC Corp., Japan An ultrasonic degreasing apparatus comprising a cleaning section, having first ultrasonic oscillating means; a rinsing sec- tion, having second ultrasonic oscillation means; a hot-water cleaning section to heat distilled water; and a drying section. Material Handling Device for Electroplating U.S. Patent 5,494,197. Feb. 27, 1996 G.B. Grieves, assignor to Saranac Tank Inc., Saranac, Mich. An assembly for reducing spillage of particulate material dispensed into a mate- rial bin suspended from a support rod. Liquid Rinse Conditioner for Phosphating U.S. Pafent 5,494,504. Feb. 27, 1996 A. Wright, assignor to PPG Industries Inc., Pittsburgh A composition capable of activating fer- rous, zinc, or aluminum metal surfaces prior to the application of protective phos- phate coatings, which comprises a sodium phosphate, a potassium phosphate, and ti- tanium, in which the titanium is present as a complex salt with either or both of the sodium phosphate and the potassium phos- phate, and the amount of sodium measured as sodium metal is 6 to 14%, the amount of potassium measured as potassium metal is 20 to 40%, the weight ratio of sodium to potassium measured as metals is 0.25 to 0S:l; the amount of phosphorusis 16 to 22%, and the titanium content, measured as titanium metal, is 0.1 to 0.6%. Composite Plated Coatings U.S. Patent 5,494,505. Feb. 27, 1996 T: Tomioka et al, assignors to Matsushita Nectric industrial Co. Lfd., Osaka A composite plated coating composition comprising a metal matrix, having dis- persed therein an effective antibacterial and antifungal amount of a substance selected from the group consisting of silver salt, silver complex salt, zinc salt, zinc complex salt, and copper complex salt. Electrocoating Apparatus U.S. Pafent5,494,561. Feb. 27, 1996 C. Darche and D. Auffref, assignors to Societe Anonyme Dite Regie Nafionale des Usines Renault, Boulogne Billancourf, France An apparatus for surface treatment by cataphoresis of metal parts, particularly of motor vehicle bodies. Metal With Wear-Resistant Coating U.S. Pafenf 5,494,565. Feb. 27, 1996 H-G. Schenzel and T Engerl, assignors to Degussa AG, Frankfurt, Germany A method of producing a workpiece or object fabricated of a metal, metal alloy, or mixture thereof, comprising galvani- cally applying an intermediate layer of a copper-tin alloy consisting essentially of 45 to 80% copper, 10 to 55% tin, and 0 to 15% zinc, and subsequently applying thereto a nonmetallic coating of a mem- ber selected from the group consisting of a nitride, carbide, boride, oxide, or sili- tide of an element of the fourth to the sixth b subgroup of the Periodic Table of Elements, and mixtures thereof, in which TITANIUM ANODIZING SOIL-SPRING WITH SOLID COPPER HOOK l/4 Xl ‘ I. 0 l/8” TITANIUM WIRE SIZE. 0 P.V.C. COATED AT INTERFACE OF COPPER AND TITANIUM. 0 ?? CAN BE MFG. IN ANY LENGTH. 0 #94 COIL SPRING $124.00 EACH. QUANTITIES WILL LOWER PRlCE ELECTROPLATING - PAINTING - ANODIZING 66 PASSAIC AVENUE. FAIRFIELD, N.J. 07004 ntaIly ‘afe Circle 121 on reader information card Circle 128 on reader information card 122 METAL FINISHING . NOVEMBER 1996
Transcript of Electrocoating apparatus
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Ultrasonic Degreasing Apparatus U.S. Patent 5,494,063. Feb. 27, 1996 K. Suzuki et a/., assignors to MC Corp., Japan
An ultrasonic degreasing apparatus comprising a cleaning section, having first ultrasonic oscillating means; a rinsing sec- tion, having second ultrasonic oscillation means; a hot-water cleaning section to heat distilled water; and a drying section.
Material Handling Device for Electroplating U.S. Patent 5,494,197. Feb. 27, 1996 G.B. Grieves, assignor to Saranac Tank Inc., Saranac, Mich.
An assembly for reducing spillage of particulate material dispensed into a mate- rial bin suspended from a support rod.
Liquid Rinse Conditioner for Phosphating U.S. Pafent 5,494,504. Feb. 27, 1996 A. Wright, assignor to PPG Industries Inc., Pittsburgh
A composition capable of activating fer- rous, zinc, or aluminum metal surfaces
prior to the application of protective phos- phate coatings, which comprises a sodium phosphate, a potassium phosphate, and ti- tanium, in which the titanium is present as a complex salt with either or both of the sodium phosphate and the potassium phos- phate, and the amount of sodium measured as sodium metal is 6 to 14%, the amount of potassium measured as potassium metal is 20 to 40%, the weight ratio of sodium to potassium measured as metals is 0.25 to 0S:l; the amount of phosphorusis 16 to 22%, and the titanium content, measured as titanium metal, is 0.1 to 0.6%.
Composite Plated Coatings U.S. Patent 5,494,505. Feb. 27, 1996 T: Tomioka et al, assignors to Matsushita Nectric industrial Co. Lfd., Osaka
A composite plated coating composition comprising a metal matrix, having dis- persed therein an effective antibacterial and antifungal amount of a substance selected from the group consisting of silver salt, silver complex salt, zinc salt, zinc complex salt, and copper complex salt.
Electrocoating Apparatus U.S. Pafent5,494,561. Feb. 27, 1996 C. Darche and D. Auffref, assignors to Societe Anonyme Dite Regie Nafionale des Usines Renault, Boulogne Billancourf, France
An apparatus for surface treatment by cataphoresis of metal parts, particularly of motor vehicle bodies.
Metal With Wear-Resistant Coating U.S. Pafenf 5,494,565. Feb. 27, 1996 H-G. Schenzel and T Engerl, assignors to Degussa AG, Frankfurt, Germany
A method of producing a workpiece or object fabricated of a metal, metal alloy, or mixture thereof, comprising galvani- cally applying an intermediate layer of a copper-tin alloy consisting essentially of 45 to 80% copper, 10 to 55% tin, and 0 to 15% zinc, and subsequently applying thereto a nonmetallic coating of a mem- ber selected from the group consisting of a nitride, carbide, boride, oxide, or sili- tide of an element of the fourth to the sixth b subgroup of the Periodic Table of Elements, and mixtures thereof, in which
TITANIUM ANODIZING SOIL-SPRING WITH SOLID COPPER HOOK l/4 Xl ‘I.
0 l/8” TITANIUM WIRE SIZE.
0 P.V.C. COATED AT INTERFACE OF COPPER AND TITANIUM.
0 ?? CAN BE MFG. IN ANY LENGTH.
0 #94 COIL SPRING $124.00 EACH.
QUANTITIES WILL LOWER PRlCE
ELECTROPLATING - PAINTING - ANODIZING 66 PASSAIC AVENUE. FAIRFIELD, N.J. 07004
ntaIly ‘afe
Circle 121 on reader information card Circle 128 on reader information card
122 METAL FINISHING . NOVEMBER 1996
