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Jacob Hyner

from Southbury, CT
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Connected to:
Alfred P Hynes, 86Amy Hynes, 50Angela M Hynes, 99Angeline C Hynes, 50Annette Hynes, 51Austin M Hynes, 28Brandi Hynes, 42Brendan Hynes, 90Briana J Hynes, 32Calvin Hynes, 48

Jacob Hyner Phones & Addresses

  • 28 Heritage Rd, Southbury, CT 06488 (203) 264-9859
  • 28E Heritage Rd, Southbury, CT 06488 (203) 264-9859
  • 28 Heritage Crst, Southbury, CT 06488 (203) 400-1656

Work

Position: Production Occupations

Education

Degree: High school graduate or higher

Business Records

Name / Title
Company / Classification
Phones & Addresses
Jacob Hyner
Director
STAR BENEVOLENT ASSOCIATION, INCORPORATED
C/O The Jewish Federation Foundation, Woodbury, CT 06798
28E Heritage Crst, Southbury, CT 06488

Publications

Us Patents

Multi-Layer Corrosion Resistant Coating For Fasteners And Method Of Making

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US Patent:
49753371, Dec 4, 1990
Filed:
May 9, 1989
Appl. No.:
7/349228
Inventors:
Jacob Hyner - Waterbury CT
Steven Gradowski - Torrington CT
Assignee:
Whyco Chromium Company, Inc. - Thomaston CT
International Classification:
C25D 510
B32B 1518
US Classification:
428648
Abstract:
A corrosion resistant coating and process comprises the following layers applied in sequence over a ferrous metal substrate: a micro-throwing nickel-zinc alloy plating; an optional galvanically protective zinc metal plating; a zinc-nickel alloy plating containing 5 to 30 weight percent nickel; and an organic coating such as paint. In place of the organic coating there may be utilized sequential layers of copper, nickel and chromium or chromium-substitute plating. The coating is preferably used with steel drill screw fasteners.

Multi-Layer Corrosion Resistant Coating For Fasteners And Method Of Making

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US Patent:
52758923, Jan 4, 1994
Filed:
Mar 27, 1992
Appl. No.:
7/858567
Inventors:
Jacob Hyner - Waterbury CT
Barbara S. Lewis - Naugatuck CT
Assignee:
Whyco Chromium Company, Inc. - Thomaston CT
International Classification:
B32B 1518
C25D 510
US Classification:
428648
Abstract:
A corrosion resistant coating and process comprises the following layers applied in sequence over a ferrous metal substrate: a micro-throwing nickel-zinc alloy plating; a zinc-nickel alloy plating containing 5 to 30 weight percent nickel; a galvanically protective zinc metal plating; and either copper, nickel and chromium (or chromium substitute) plating layers or a chromate conversion layer. The coating is preferably used with a steel fastener such as a bolt or drill screw in combination with a washer.

Selectively Hardened Self Drilling Fasteners

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US Patent:
47309709, Mar 15, 1988
Filed:
Nov 12, 1986
Appl. No.:
6/930007
Inventors:
Jacob Hyner - Waterbury CT
Steven Gradowski - Torrington CT
Assignee:
Whyco Chromium Company - Thomaston CT
International Classification:
F16B 2500
US Classification:
411387
Abstract:
A process for making self-threading screw fasteners wherein only the cutting portions of the tip of the fasteners are hardened. The unhardened portions of the fastener remain ductile and are not subject to hydrogen embrittlement during subsequent plating to improve corrosion resistance. The process preferably comprises applying a radiation curable plastic coating over the drill tip followed by plating of a thin (minimum 0. 0005 inch, 0. 013 mm) layer of copper. The cured coating is then removed leaving an unplated tip. The screw is then subjected to a hardening process, wherein only the portions of the screw without the copper layer are hardened. The screw may then be plated conventionally with a corrosion resistant metal. The invention is further directed to the product of the process. A second embodiment for making screws suitable for extreme corrosion resistance is also described.

Ternary Alloys

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US Patent:
RE292397, May 31, 1977
Filed:
Sep 17, 1975
Appl. No.:
5/614349
Inventors:
Jacob Hyner - Waterbury CT
Robert A. Michelson - Waterbury CT
Assignee:
Whyco Chromium Company Inc. - Thomaston CT
International Classification:
C22C 1300
US Classification:
75175R
Abstract:
Bright, tarnish resistant and color stable ternary alloys of about 40 - 90% of tin, about 10 - 50% cobalt and about 1 - 28% of a third metal of Periodic Group II. sub. B, III. sub. B or VI. sub. B. Typical third metals are zinc, cadmium, indium, antimony or chromium. The alloys are electrodeposited from aqueous acidic baths at a temperature of about 50 - 85. degree. C and current density of about 5 - 45 A/ft.

Corrosion Resistant Coating For Fasteners

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US Patent:
48370908, Jun 6, 1989
Filed:
May 11, 1988
Appl. No.:
7/192480
Inventors:
Jacob Hyner - Waterbury CT
Steven Gradowski - Torrington CT
Assignee:
Whyco Chromium Company, Inc. - Thomaston CT
International Classification:
B32B 1508
US Classification:
428626
Abstract:
A corrosion resistant coating and process comprises the following layers applied in sequence over a ferrous metal substrate: a micro-throwing nickel-zinc alloy plating; an optional galvanically protective zinc metal plating; a zinc-nickel alloy plating containing 5 to 30 weight percent nickel; and an organic coating such as paint. The coating is preferably used with steel drill screw fasteners wherein it also reduces installation torque and drill time.

Multi-Layer Plating For Improved Corrosion Resistance

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US Patent:
41432100, Mar 6, 1979
Filed:
Sep 30, 1977
Appl. No.:
5/838241
Inventors:
Jacob Hyner - Waterbury CT
Stephen Gradowski - Torrington CT
Assignee:
Whyco Chromium Company, Inc. - Thomaston CT
International Classification:
B32B 1518
US Classification:
428646
Abstract:
A multi-layer plating and method are provided for improved corrosion resistance of ferrous metal substrates and articles made therefrom. The multi-layer plating comprises a metallic coating comprising a layer of zinc or cadmium and a layer of tin, each of which are preferably between 0. 00001 to 0. 001 inches in thickness, followed by a layer, preferably between about 0. 0001 to 0. 000001 inches in thickness of either chromium or a metallic chromium substitute. The method comprises plating, and preferably electroplating, the aforementioned layers of metal over an article having ferrous metal base stock to obtain improved corrosion resistance.

Process For Making Self-Drilling Fasteners

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US Patent:
47138556, Dec 22, 1987
Filed:
May 4, 1987
Appl. No.:
7/046237
Inventors:
Jacob Hyner - Waterbury CT
Steven Gradowski - Torrington CT
Assignee:
Whyco Chromium Company, Inc. - Thomaston CT
International Classification:
B23G 900
US Classification:
10 10R
Abstract:
A process for making self-drilling, screw fasteners having improved corrosion resistance. The process comprises applying a frangible radiation curable plastic coating over the drill tip corrosion prior to the deposition of a heavy resistant plating on the remainder of the screw. The invention is further directed to the product of the process.

Multi Layer Corrosion Resistant Coating

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US Patent:
47464089, May 24, 1988
Filed:
Nov 5, 1987
Appl. No.:
7/117794
Inventors:
Jacob Hyner - Waterbury CT
Steven Gradowski - Torrington CT
Assignee:
Whyco Chromium Company, Inc. - Thomaston CT
International Classification:
C25D 510
US Classification:
204 40
Abstract:
A corrosion resistant coating and process comprises the following layers applied in sequence over a ferrous metal substrate: a micro-throwing nickel-zinc alloy plating; galvanically protective zinc metal plating; a zinc-nickel alloy plating containing 5 to 30 weight percent nickel; and an organic coating such as paint. The coating is preferably used with steel fasteners wherein it also reduces installation torque and drill time.
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Jacob Hyner from Southbury, CT Get Report