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James V Gauchel

from Hermitage, PA
Age ~78

James Gauchel Phones & Addresses

  • 1379 Foxwood Dr, Hermitage, PA 16148 (724) 456-2576
  • Danbury, CT
  • 2106 Villa Sq, Murray, KY 42071
  • 468 Hudson Ave, Newark, OH 43055
  • 2214 Bos Landen Dr, Pella, IA 50219
  • Annandale, VA
  • Fairfield, CT
  • 1379 Foxwood Dr, Hermitage, PA 16148

Work

Company: J. v. gauchel and associates Sep 2007 Position: President

Education

Degree: DSc School / High School: Washington University in St. Louis 1967 to 1971 Specialities: Chemical Engineering

Skills

Materials • Manufacturing • Composites • Product Development • Polymers • Engineering • R&D • Materials Science • Injection Molding • Glass • Continuous Improvement • Formulation • Lean Manufacturing • Process Engineering • Manufacturing Operations Management • Coatings • Six Sigma • Thermal Analysis • Mechanical Analysis • Automotive • Adhesives • Root Cause Analysis • 5S • Design of Experiments • Fmea • Kaizen • Manufacturing Engineering • Chemistry • Ballistics • Molding • Spc • Iso • Engineering Management • Quality System • Product Design • Quality Management • Market Development • Mechanical Engineering • Dynamic Mechanical Analysis • Composite Processing • Resin Formulation and Optimization • Applicationas Development • Reinforcement Design and Selection

Industries

Plastics

Resumes

Resumes

James Gauchel Photo 1

President

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Location:
1379 Foxwood Dr, Hermitage, PA 16148
Industry:
Plastics
Work:
J. V. Gauchel and Associates since Sep 2007
President

Werner Co. Oct 2004 - Aug 2007
Principal Engineer Advanced Development
Education:
Washington University in St. Louis 1967 - 1971
DSc, Chemical Engineering
University of Wisconsin-Madison 1966 - 1967
Bachelor's degree, Chemical Engineering
Skills:
Materials
Manufacturing
Composites
Product Development
Polymers
Engineering
R&D
Materials Science
Injection Molding
Glass
Continuous Improvement
Formulation
Lean Manufacturing
Process Engineering
Manufacturing Operations Management
Coatings
Six Sigma
Thermal Analysis
Mechanical Analysis
Automotive
Adhesives
Root Cause Analysis
5S
Design of Experiments
Fmea
Kaizen
Manufacturing Engineering
Chemistry
Ballistics
Molding
Spc
Iso
Engineering Management
Quality System
Product Design
Quality Management
Market Development
Mechanical Engineering
Dynamic Mechanical Analysis
Composite Processing
Resin Formulation and Optimization
Applicationas Development
Reinforcement Design and Selection

Publications

Us Patents

Fiberglass Reinforced Plastic Products Having Increased Weatherability, System And Method

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US Patent:
8632708, Jan 21, 2014
Filed:
Jul 27, 2007
Appl. No.:
11/881591
Inventors:
Richard M. Kelly - Hermitage PA, US
James Vincent Gauchel - Hermitage PA, US
Allison Stright Clapper - Greenville PA, US
Assignee:
Werner Co. - Greenville PA
International Classification:
B29C 67/00
B29C 70/44
B29C 70/52
E06C 1/00
US Classification:
264136, 264129, 264134, 264137, 2641711, 26417113, 26417311, 264257, 264258, 156166
Abstract:
A method for making a ladder rail includes the steps of using a central reinforcement to carry structural resin and maintain distribution of structural resin through an impregnation process, wherein the central reinforcement is fed to a curing die at a rate of greater than 5 ft/min. There is the step of forming the rail.

Decorative And/Or Flame Retardant Laminates And Processes Of Manufacture Thereof

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US Patent:
20020136862, Sep 26, 2002
Filed:
Dec 11, 2000
Appl. No.:
09/734104
Inventors:
Daojie Dong - Westerville OH, US
Galen Dudgeon - Newark OH, US
James Gauchel - Newark OH, US
John Giacalone - , US
Dale Grove - Pickerington OH, US
Diane Hulett - Glenford OH, US
Jeff Tigner - , US
International Classification:
B32B003/00
B32B005/12
US Classification:
428/150000, 428/106000, 428/479600, 428/195000
Abstract:
The present invention refers to multi-layered decorative laminates including a decorative layer, such as a wood veneer layer, and one or more reinforced polymer layer(s), such as a reinforced polyvinyl chloride (PVC) layer. Methods of making and using such laminates and of producing overly and underlay layers, which supplement the decorative layer, are described herein. The invention also relates to laminates of improved fire resistance including reinforced polymer layers.

Decorative And/Or Flame Retardant Laminates And/Or Polyolefin Laminates And Processes Of Manufacture Thereof

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US Patent:
20020168503, Nov 14, 2002
Filed:
May 24, 2001
Appl. No.:
09/864695
Inventors:
Daojie Dong - Westerville OH, US
Galen Dudgeon - Newark OH, US
James Gauchel - Newark OH, US
John Giacalone - , US
Dale Grove - Pickerington OH, US
Diane Hulett - Glenford OH, US
Jeff Tigner - , US
International Classification:
B32B027/14
US Classification:
428/195000, 442/327000, 442/394000, 442/149000, 428/343000, 442/385000
Abstract:
The present invention refers to multi-layered decorative laminates including a decorative layer, such as a wood veneer layer, and one or more reinforced polymer layer(s), such as a reinforced polyvinyl chloride (PVC) layer. Methods of making and using such laminates and of producing overly and underlay layers, which supplement the decorative layer, are described herein. The invention also relates to laminates of improved fire resistance including reinforced polymer layers.

Fiberglass Reinforced Plastic Products Having Increased Weatherability, System And Method

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US Patent:
20070204948, Sep 6, 2007
Filed:
Jan 29, 2007
Appl. No.:
11/699254
Inventors:
James Vincent Gauchel - Hermitage PA, US
Allison Stright Clapper - Greenville PA, US
Juan Antonio Rivera - Chicago IL, US
Harold Carl Piraneo - Sharon PA, US
International Classification:
B31B 1/60
B29C 70/52
B29C 47/00
E06C 1/00
US Classification:
156 60, 182194, 156166, 2641761
Abstract:
Climbing products containing rails decorated using veil products colored, patterned, painted or in combination with marking methods such as company names and logos and resin formulation designed to withstand exposure to UV radiation with minimal change in appearance which create specific appearances for applications, enhance weathering performance, and facilitate processing efficiency. A combination of a filler free resin and coated veil systems to create a synergistic weather resistance surface with self contained color, pattern, picture, logo or combination of said same for climbing products. A system for producing components. Various methods, system, a ladder rail.

Fiberglass Reinforced Plastic Products Having Increased Weatherability, System And Method

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US Patent:
20140044821, Feb 13, 2014
Filed:
Oct 16, 2013
Appl. No.:
14/055526
Inventors:
Richard M. Kelly - Hermitage PA, US
James Vincent Gauchel - Hermitage PA, US
Allison Stright Clapper - Greenville PA, US
Assignee:
WERNER CO. - Greenville PA
International Classification:
B29C 70/02
US Classification:
425 71
Abstract:
Climbing products containing rails decorated using veil products colored, patterned, painted or in combination with marking methods such as company names and logos and resin formulation designed to withstand exposure to UV radiation with minimal change in appearance which create specific appearances for applications, enhance weathering performance, and facilitate processing efficiency. A combination of a filler free resin or resin with filler and coated veil systems to create a synergistic weather resistance surface with self-contained color, pattern, picture, logo or combination of said same for climbing products. A system for producing components at a rate of greater than 5 ft/min. Various methods, system, a ladder rail.

Crystalline Polyesters

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US Patent:
54894816, Feb 6, 1996
Filed:
Dec 27, 1994
Appl. No.:
8/364565
Inventors:
William G. Hager - Reynoldsburg OH
John D. Rinehart - Granville OH
James V. Gauchel - Newark OH
Edward L. Wilson - Newark OH
Assignee:
Owens-Corning Fiberglas Technology, Inc. - Summit IL
International Classification:
B32B 1710
US Classification:
428431
Abstract:
This development provides crystalline unsaturated polyesters having unreacted olefinically unsaturated monomer entrapped within its crystal lattice. The crystalline polyester can be used in high performance, structural SMC products or as a size or binder for glass fiber reinforcements or mats.

Process For Filament Winding Composite Workpieces

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US Patent:
61799459, Jan 30, 2001
Filed:
Dec 30, 1998
Appl. No.:
9/223704
Inventors:
Mark Edward Greenwood - Granville OH
James Vincent Gauchel - Newark OH
Jay Joseph Beckman - Newark OH
Anthony Grenville Hankin - Cumbria, GB
Assignee:
Owens Corning Fiberglas Technology, Inc. - Summit IL
International Classification:
B65H 8100
US Classification:
156171
Abstract:
A process and apparatus are provided for forming filament wound composite workpieces. The process comprises the steps of: providing reinforcement material; providing an injection die; providing a winding apparatus including a rotatable mandrel; passing the reinforcement material through the injection die; injecting a resin material into the injection die to impregnate the reinforcement material with the resin material to form impregnated reinforcement material; and winding the impregnated reinforcement material about the mandrel so as to form a composite workpiece.

Contact Drying Of Fibers To Form Composite Strands

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US Patent:
56266430, May 6, 1997
Filed:
Sep 26, 1994
Appl. No.:
8/311817
Inventors:
Andrew B. Woodside - Pickerington OH
James V. Gauchel - Newark OH
Larry J. Huey - Granville OH
David L. Shipp - Newark OH
Frank Macdonald - Granville OH
Peggy M. Woodside - Pickerington OH
Douglas B. Mann - Westerville OH
Assignee:
Owens-Corning Fiberglas Technology Inc. - Summit IL
International Classification:
C03B 37022
US Classification:
65442
Abstract:
A method and apparatus are provided for producing composite strands. The apparatus comprises a heated bushing for supplying streams of molten glass to be drawn into continuous first fibers; a drawing device adapted to draw the streams into the first fibers; supply equipment for supplying one or more second fibers of a second material; one or more applicators for applying a size to the first and second fibers; and a device for gathering the first and second fibers into one or more composite strands. The composite stands are made by drawing glass fibers from the bushing; applying sizing to the glass fibers and the second fibers; contacting the fibers with a heated contact plate to dry the fibers; and then commingling the fibers to form one or more composite strands.
James V Gauchel from Hermitage, PA, age ~78 Get Report