Search

Mark R Canrobert

from Conover, NC
Age ~67
Get Report
Also known as:
Mark Richard Canrobert, Mary Stearns Canrobert, Mary S Canrobert, Mark Richard T
Phone and address:
604 2Nd Ave NE, Conover, NC 28613
(828) 464-4170
Related to:
Thelma A Carlile, 53Mary S Canrobert, 67Dickson DorrierReese D Dorrier, 43Christopher Stearns Canrobert, 39Sarah J Canrobert, 41
Connected to:
Daniel C Cansdale, 44Michael T Cansdale, 59Adolfo Canseco, 53Alfredo Canseco, 38Diaz H Canseco, 43Grace L Canseco, 79Janie Canseco, 52Jennifer Canseco, 33Jorge Canseco, 78Juan D Canseco, 38

Mark Canrobert Phones & Addresses

  • 604 2Nd Ave NE, Conover, NC 28613 (828) 464-4170
  • Blowing Rock, NC
  • Hickory, NC
  • Watauga, NC

Work

Company: Chase corporation Jun 2018 Position: Vice president, industrial tapes

Industries

Electrical/Electronic Manufacturing

Resumes

Resumes

Mark Canrobert Photo 1

Vice President, Industrial Tapes

View page
Location:
604 2Nd St, Conover, NC 28613
Industry:
Electrical/Electronic Manufacturing
Work:
Chase Corporation
Vice President, Industrial Tapes
Neptco 2009 - 2010
Business Unit Manager - Ccc Materials
Neptco 2006 - 2009
General Manager - Neptco Suzhou
Neptco 1991 - 2006
Plant Manager

Publications

Us Patents

Strength Element For Fiber Optic Cables

View page
US Patent:
46614060, Apr 28, 1987
Filed:
Jul 2, 1985
Appl. No.:
6/751370
Inventors:
Joel D. Gruhn - Hickory NC
Mark R. Canrobert - Hickory NC
Robert E. Nelson - Hickory NC
Assignee:
Neptco Incorporated - Pawtucket RI
International Classification:
D02G 300
G02B 644
B32B 900
US Classification:
428397
Abstract:
A strength element for a fiber optic transmission cable is integrally formed from a fiber reinforced resin material and it comprises a longitudinally extending central portion and a plurality of longitudinally extending ribs which project substantially radially outwardly from the central portion and define a plurality of substantially longitudinally extending grooves for receiving and positioning optical fibers around the strength element. The ribs are preferably formed in outwardly tapered configurations, and the outer terminal ends of the ribs and the inner extremities of the grooves between the ribs are preferably formed in rounded configurations to increase the resistance of the strength element to breakage during bending.
Control profile
Mark R Canrobert from Conover, NC, age ~67 Get Report