KOLBJORN SAETHER
Engineers in Chicago, IL
License number
Pennsylvania PE018036E
Category
Engineers
Type
Professional Engineer
Address
Address
2
Chicago, IL 60622
Pennsylvania
Pennsylvania
Personal information
See more information about KOLBJORN SAETHER at radaris.comName
Address
Phone
2251 W Thomas St, Chicago, IL 60622
1062 Chicago Ave, Chicago, IL 60622
1731 Colonial Ln, Winnetka, IL 60093
2251 Thomas St, Chicago, IL 60622
9732 16Th St, Zion, IL 60099
Organization information
See more information about KOLBJORN SAETHER at bizstanding.comKolbjorn Saether & Associates Inc
1062 W Chicago Ave, Chicago, IL 60642
Industry:
Structural Engineers
Phone:
(312) 942-1449 (Phone)
Secretary:
Rheuben Vernov (Secretary)
Kolbjorn Saether & Associates
1062 W Chicago Ave FL 2, Chicago, IL 60622
Industry:
Information Technology and Services, Engineering Services
Phone:
(312) 942-1449 (Phone)
Description:
Kolbjorn Saether & Associates is an Information Technology and Services company located in 1062 W Chicago Ave FL 2, Chicago, Illinois, United States.
Presidents:
Rheuben Vernov (CFO),Kolbjorn Saether (President)
SIC:
8711 - Engineering Services
Company size:
9
Professional information
Method For Securing A Cladding Plate To A Building Substrate
US Patent:
5694736, Dec 9, 1997
Filed:
Aug 26, 1996
Appl. No.:
8/703202
Inventors:
Kolbjorn Saether - Chicago IL
Justine H. Hedrick - Chicago IL
Justine H. Hedrick - Chicago IL
International Classification:
B32B 3114, B32B 3106
US Classification:
527461
Abstract:
A method for securing a cladding plate to a building substrate by means of an expandable material, such as a hydrophobic polyurethane foam, which is capable of expanding many times its original volume is disclosed. The hydrophobic polyurethane foam is introduced into a space between the cladding plate and the building substrate so as to create an adhesive bond between adjacent surfaces of the cladding plate and building substrate. The foam is introduced into the space either as a free flowing liquid dispensed into a retention basin created in the space or by means of a balloon from which it will expand freely upon fracturing of the balloon. The balloon is constructed so that it will break shortly after the material has turned into foam but before the material has lost its capability of adhering to the cladding plate and building substrate, and before the balloon pressure can overcome the retaining pressure delivered by the cladding plate and building substrate.