John W Baker
Engineers at Ida Dr, Littleton, CO
License number
Colorado 30837
Issued Date
Jan 12, 1996
Renew Date
Feb 1, 2010
Expiration Date
Oct 31, 2013
Type
Professional Engineer
Address
Address
5937 W Ida Dr, Littleton, CO 80123
Personal information
See more information about John W Baker at radaris.comName
Address
Phone
510 Coronado Ct APT E, Clifton, CO 81520
5104 Splitrail Ct, Colorado Spgs, CO 80917
Professional information
John Baker - Littleton, CO
Work:
Honeywell Technology Solutions
MAVEN Q. A. Engineer 3 Jet Propulsion Laboratory - Pasadena, CA
Senior Mission Assurance Engineer Fairchild Semiconductor - Palm Bay, FL
Engineering Consultant International Rectifier - El Segundo, CA
Assembly Process Engineer Teledyne Electronic Technologies - Los Angeles, CA
Process Engineer III General Dynamics - Pomona, CA
Senior Manufacturing Engineer
MAVEN Q. A. Engineer 3 Jet Propulsion Laboratory - Pasadena, CA
Senior Mission Assurance Engineer Fairchild Semiconductor - Palm Bay, FL
Engineering Consultant International Rectifier - El Segundo, CA
Assembly Process Engineer Teledyne Electronic Technologies - Los Angeles, CA
Process Engineer III General Dynamics - Pomona, CA
Senior Manufacturing Engineer
Education:
Arizona State University - Tempe, AZ
Bachelor of Science in Business Management
Bachelor of Science in Business Management
Rotary Fiberization Process For Making Glass Fibers, An Insulation Mat, And Pipe Insulation
US Patent:
8104311, Jan 31, 2012
Filed:
May 9, 2006
Appl. No.:
11/430459
Inventors:
John Wayne Baker - Littleton CO, US
Rodney Roger Smalley - Richmond IN, US
Alessandro G. Borsa - Evergreen CO, US
Kenneth Charles Fitzpatrick - Highlands Ranch CO, US
Rodney Roger Smalley - Richmond IN, US
Alessandro G. Borsa - Evergreen CO, US
Kenneth Charles Fitzpatrick - Highlands Ranch CO, US
Assignee:
Johns Manville - Denver CO
International Classification:
C03B 37/04
US Classification:
65460, 65454, 65455, 65456, 65459, 65462, 65465, 65466, 65468
Abstract:
Tubular pipe insulation is made from a glass fiber mat produced utilizing a rotary glass fiberization process. A spinner disc is rotated to centrifuge molten glass through fiberization holes in an annular sidewall of the spinner disc and form primary glass fibers. The primary glass fibers are attenuated and formed into a veil where the fibers are dispersed to reduce in length the fiber networks formed from the fibers. Binder is applied to the fibers and the fibers are collected into a mat that, when pulled apart by longitudinally directed, opposing forces, separates across the width of the mat into two mat sections having feathered edges with substantially no fibrous stringers extending beyond the feathered edges for a distance greater than about four inches. The leading mat section is then wound about a mandrel and the binder in the mat is cured to form the pipe insulation.