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Filtering by: Subject Urea-formaldehyde resins -- Testing Remove constraint Subject: Urea-formaldehyde resins -- Testing

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Experiments to develop a rapid durability test for urea-resin glues

Creator:

Forest Products Laboratory (U.S.) and Gabriel, A. E.

Resource Type:

Technical Report

Full Text:

have shown that wood-to-wood plywood joints made with urea-formaldehyde resin glues lose strength when
Treatment of wood with urea resin-forming systems : Part 1 -- Dimension stability

Creator:

Forest Products Laboratory (U.S.), Millett, Merrill A., and Stamm, Alfred J. (Alfred Joaquim), 1897-

Resource Type:

Technical Report

Full Text:

maple, and white oak were impreg - nated with urea-formaldehyde resin-forming systems, either in the
Basic properties of Yellow Birch laminates modified with phenol and urea resins

Creator:

Forest Products Laboratory (U.S.), Erickson, E. C. O., and Faulkes, W. F., Jr.

Resource Type:

Technical Report

Full Text:

panels of yellow birch veneer with phenol-formaldehyde resin and with urea-formaldehyde resin to a resin
Effect of boiling for various periods of time on the strength of joints in Birch plywood bonded with urea glue fortified with varying amounts of melamine and resorcinol

Creator:

Forest Products Laboratory (U.S.) and Lecher, Sylvia M.

Resource Type:

Technical Report

Full Text:

urea-formaldehyde glues containing various proportions of melamine-resin and resorcinol fortifiers, to
Durability of glue joints between blocks of compreg and of compreg and wood

Creator:

Forest Products Laboratory (U.S.) and Eickner, Herbert W.

Abstract:

Information reviewed and reaffirmed June 1960. Original report dated August 1945.

Resource Type:

Technical Report

Full Text:

the joints: Glue A, a room-temperature-setting urea resin. Glue B, an alkaline, intermediate
Resistance of several types of glue in wood joints to fatigue stressing

Creator:

Olson, W. Z., Bensend, Dwight W., Bruce, H. D., and Forest Products Laboratory (U.S.)

Abstract:

Information reviewed and reaffirmed June 1955.

Resource Type:

Technical Report

Full Text:

specimens glued with urea-formaldehyde glue were tested as cantilever beams, but a 4.0-pound initial load
Viscosity and bond quality of urea formaldehyde adhesive extended with acid modified and phosphorylated sago (Metroxylon sp)

Creator:

Sumadiwangsa, Suwardi

Abstract:

It was the goal of this research to determine if sago starch could be used to replace wheat flour as an adhesive extender of Urea-formaldehyde plywood adhesives through either chemical modification of the starch or modification of the adhesive formulation strategy. Guiding principles of the research would be that a...

Resource Type:

Dissertation
Analysis for filler content of urea-formaldehyde glues

Creator:

Forest Products Laboratory (U.S.), Gabriel, A. E., and Cohodas, Leah Ethel

Abstract:

This report is one of a series issued in cooperation with the Army-Navy-Civil Committee on Aircraft Design Criteria under the supervision of the Aeronautical Board.

Resource Type:

Technical Report

Full Text:

resin that is insoluble. On the unfortifiod urea-formaldehyde glues, Nos. 1 to 8 in table 1, 50 percent
Structural determination of a new carbohydrate-phenolic based resin coupled with urea

Creator:

Ghodoussi, Vahid

Abstract:

A resin was synthesized by reacting glucose with urea and phenol under acidic conditions. To better understand the structure of this polymer and the mechanism of its formation, this study was undertaken. It was observed that although the polymer backbone is comprised of a carbohydrate, glucose is not incorporated in...

Resource Type:

Dissertation
Stability of low-temperature-setting phenol, resorcinol, and melamine resin adhesives stored at 80 degrees F

Creator:

Olson, W. Z., Cohodas, Leah Ethel, and Forest Products Laboratory (U.S.)

Abstract:

This report is one of a series issued in cooperation with the Army-Navy-Civil Committee on Aircraft Design Criteria under the supervision of the Aeronautical Board.

Resource Type:

Technical Report

Full Text:

RESIN ADHESIVES STORED AT 80° F. Revised January 1947 No:A JAN 9 1948 ZITATE This Report is One of

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Academic Affiliation

Forest Products2
Wood Science and Engineering2

Advisor

Karchesy, Joseph J.2
Kamke, Frederick A.1
Li, Kaichang1
Sinha, Arijit1

Commencement Year

Commencement Year range begin – Commencement Year range end

Current results range from 1993 to 2017

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Unknown 35

Committee Member

Freeman, P. K.1
Howe, Glenn1
Laver, Murray L.1
Muszyński, Lech1
Peterson, John1

Creator

Forest Products Laboratory (U.S.)35
Olson, W. Z.14
Stamm, Alfred J. (Alfred Joaquim), 1897 9
Bruce, H. D.7
Seborg, R. M.5
more Creators »

Date

Date range begin – Date range end

Current results range from 1941 to 2016

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Decade

2010-20191
2000-20091
1990-19992
1960-19697
1950-195912
1940-194916

Degree Field

Forest Products2
Wood Science2

Degree Level

Doctoral2
Master's2

Degree Name

Doctor of Philosophy (Ph.D.)2
Master of Science (M.S.)2

File Format

application/pdf35

Language

English [eng]39

License

All rights reserved2

Non-Academic Affiliation

Oregon State University. Graduate School4

Peer Reviewed

No2

Resource Type

Technical Report35
Dissertation2
Masters Thesis2

Rights Statement

Copyright Not Evaluated37
In Copyright2

Subject

Adhesive joints -- Testing16
Phenolic resins -- Testing16
Gums and resins, Synthetic -- Testing15
Urea-formaldehyde resins -- Testing5
Wood, Compressed -- Testing5
more Subjects »

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