OVERLAYS ON WOOD AND WOOD-BASE CORE MATERIALS
Selected References
by
Raymond A. Currier
OREGON STATE UNIVERSITY
FOREST RESEARCH LABORATORY
Corvallis, Oregon
FOREST RESEARCH LABORATORY
st Research Laboratory is part of the Forest Research
The
Division of the Agricultural Experiment Station, Oregon State University. The industry-supported program of the Laboratory is aimed at improving and expanding values from timberlands of the State.
A team of forest scientists is investigating problems in forestry
research of growing and protecting the crop, while wood scientists engaged in forest products research endeavor to make the most of the timber produced.
The current report stems from studies of forest products.
Purpose
Fully utilize the resource by:
developing more by-products from mill and logging residues to use
the material burned or left in the woods.
expanding markets for forest products through advanced treatments,
improved drying, and new designs.
directing the prospective user's attention to available wood and bark
supplies, and to species as yet not fully utilized.
creating new jobs and additional dollar returns by suggesting an in-
creased variety of salable products. New products and growing
values can offset rising costs.
Further the interests of forestry and forest products industries within
the State.
Program
.
Identify and develop uses for chemicals in wood and bark to provide mar-
kets for residues.
Improve pulping of residue materials.
Develop manufacturing techniques to improve products ofwoodindustries.
Extend service life of wood products by improved preserving methods.
Develop and improve methods of seasoning wood to raise quality of wood
products.
Create new uses and products for wood.
Evaluate mechanical properties of wood and wood-based materials and
structures to increase and improve use of wood.
OVERLAYS ON WOOD AND WOOD-BASE CORE MATERIALS
Selected References
Raymond A. Currier
1962. Balanced construction for laminated composition boards. Wood & Wood Products 67 (1): 41-43.
Anonymous. 1953. Beauty sealed in vinyl laminates. Modern
Plastics 30 (8): 88-89.
Anonymous. 1959. Common lumber, paper, veneer combined to
create prime siding. Wood & Wood Products 64 (5): 28-29.
Anonymous. 1955. Determining glue spread and pressure for
chipcore. Veneers and Plywood 49 (12): 29.
Anonymous.
Anonymous.
1958. Fibreboard and particle board. Food and
Agriculture Organization of the United Nations, Rome: 122-123,
129.
1956. Furniture plywood and decorative laminate
surfaces. The Wood-Worker 75 (10): 11, 38.
Anonymous. 1960. Gluing up veneer cores. Adhesives Age 3 (2):
Anonymous.
3 3-34.
1958. How to speed bonding of plastics to cores by
50%. Wood & Wood Products 63 (12): 36.
Anonymous. 1953. Kraft paper, veneer "sandwich" used in new
package product. The Timberman 54 (7): 139-140.
Anonymous. 1958. Laminating metal to wood. Veneers and Plywood 52 (2): 16.
Anonymous. 1960. New competitor for decorative laminates: DAP
Modern Plastics 37 (12): 90-93
Anonymous..
Anonymous. 1955. NewCraveneerplantproducing. The Timberman 56 (10): 110-111.
1960. New laminating system meets demand for lowcost plastic surfaces. Wood & Wood Products 65 (12): 72-73.
Anonymous. 1953. New 'Ply-veneer' box shows strength and versatility. The Lumberman 80 (5): 56, 112.
Anonymous. 1956. New process performs plastic surgery on plywood. Wood & Wood Products 61 (3): 26,28,58.
Anonymous.
1
Anonymous. 1953. Paper-and-veneer "sandwich" box. Wood &
Wood Products 58 (5): 29.
1955. Paper-coated veneer containers from 325 ft.
conveyorized line. Wood & Wood Products 60 (10): 24-25.
Anonymous.
Anonymous. 1955. Paper overlaid timber and veneer. Wood 20
(3): 82-85.
Anonymous. 1954. Plastic laminates for the furniture industry.
Modern Woodworking 1 (6): 12-13, 21,23.
1953. Plywood and metal surfaces bonded in phonebooth construction plant. The Lumberman 80 (5): 90,92.
Anonymous. 1958. Postforming cuts cost 40% on decorative counter tops. Wood & Wood Products 63 (1): 32-35,62,64.
Anonymous.
Anonymous. 1954. Problems of laying plastic tops. National
Hardwood 28 (1): 62,66-69.
Anonymous. 1959. Problems of plastic laminating have an answer.
The Wood-Worker 78 (2): 34-36.
Anonymous. 1955. Production of Craveneer. The Timberman
56(6): 126, 128.
Anonymous. 1955. Production of "Ply-veneer." The Timberman
56 (3): 138, 141.
Anonymous. n.d. Sheet-board. Western Pine Association, Portland, Oregon.
1958. Sprays glue to speed bonding of plywood,
plastic laminates. Wood & Wood Products 63 (9): 40.
Anonymous. 1955. Three men make veneer-paper laminate. The
Timberman 57 (2): 112.
Anonymous. 1958. Utilizing low grade veneer. The Lumberman
85 (5): 78-79.
Anonymous. 1955. Veneering pine cores on the hot press. Veneers and Plywood 49 (12): 26.
Anonymous.
Bain, St. J. 1959. Veneering laminated plastics to lightweight
core materials. Wood Working Digest 61 (8): 78-79.
Barber, R. W. 1952. High pressure laminates. Journal of the
Forest Products Research Society 2 (3): 123-128.
Barton, J. 5. 1952. Recent developments in masking overlays.
Journal of the Forest Products Research Society 2 (4): 52-53, 68.
2
Boehm, R. M. 1952. Application of hardboard in veneered panels.
Journal of the Forest Products Research Society 2 (1): 100-105.
Brusquini, P. F. 1957. The case for particle board cores. Wood
& Wood Products 62- (8): 25, 82, 84.
6. Carison, C. L.
1959. Adhesives for dissimilar materials. For-
est Products Journal 8(11): 431-433.
Carruthers, J. F. S. 1956. The furrowing of veneered blockboard. Wood 21 (2): 48-50.
Clarke, E. H. 1955. Performance of paper-veneers. Modern
Packaging 28 (10): 155-162,212-214.
Cochrarie, J. D., Jr. 1952. Wood waste core materials for high
pressure laminates. Journal of the Forest Products Research Society 2 (5): 68-71.
Connelly, H. H. 1961. Particle board gluing is an art. Plywood
1 (10): 14.
Coufal, J. W. 1957. Gluing high pressure decorative laminates.
Forest Products Journal 7 (8): 29A-32A.
Doffine, H. 1962. Veneering of particleboard in large plants.
Holz als Roh und Werkstoff 20 (4): 157-165.
Dosker, C. D., and S. H. Durst. 1957. The case for solid lumber cores. Wood & Wood Products 62 (8): 24,82.
Eickner, H. W. 1954. Durability of glued wood to metal joints.
Report No. 1570, Forest Products Laboratory, Madison, Wisconsin.
Eickner, H. W., andR. F. Blomquist. 1958. Adhesives for bond-
ing wood to metal. Report No. 1768, Forest Products Laboratory,
Madison, Wisconsin.
Eickner, H. W., E. A. Mraz, and H. D. Bruce. 1955. Resistance to fatique stressing of wood-to-metal joints glued with several
types of adhesives. Report No. 1545, Forest Products Laboratory,
Madison, Wisconsin.
Enzensberger, W. 1961. On the surface finishing of particleboard
with resin-impregnated paper layers. Holz als Roh und Werkstoff
19 (10): 394-398.
Enzensberger, W., and S. Fibich. 1958. Methods for testing
base materials, half-finished and finished products used for the
manufacture of sandwich-boards with plastic -layer surfaces. Holz
als Roh und Werkstoff 16 (4): 132-137.
3
Fender, E. E. 1961. Procedures for three types of industrial
Formica bonds. Adhesives Age 4 (10): 30-32.
Fleischer, H. 0., B. G. Heebink, andR. J. Seidl. 1954. What's
new at the Forest Products Laboratory in the field of wood, paper,
resin combinations. Journal of the Forest Products Research Society 4 (1): 22-29.
Foley, J. P. 1955. Paper-overlaid veneer applications. Forest
Products Journal 5 (5): 377-380.
Frashour, R. G., W. H. Cooke, andJ. L. Overholser.
1957.
Bevel siding from common lumber. Oregon S tate University,
Forest Research Laboratory Bulletin 5.
Fujii, J. S. 1958. The effect of overlay materials on the flexural
properties of commercial particle board. Forest Products Journal
8 (8): 219-224.
Gakkaishi, M. 1959. Studies on manufacturing techniques in overlaid particle board. I. The influence of differences in wooden core
particle dimension upon the physical and mechanical properties of
particle board. Journal of Japan Wood Research Society 5 (6): 230240.
Hadley, D. 1960. The challenge in gluing plastic sheets to furniture cores. The Wood-Worker 79 (1): 26-27.
Hall, J. A. 1954. Paper and wood--a new team. The Timberman
55 (6): 124-127.
Heebink, B. G. 1960. Anew technique for evaluating show-through
of particle board cores. Forest Products Journal 10 (8): 379-388.
Heebink, B. G. 1954. Dimensional stabilizing effect of paper
overlays when applied to lumber. Journal of the Forest Products
Research Society 4 (3): 149-151.
Heebink, B. G. 1961. Importance of balanced construction in
plastic-faced wood panels. Report No. 2197. Forest Products
Laboratory, Madison, Wisconsin.
Heebink, B. G. 1961. Paper overlaid lumber. Forest Products
Journal 11 (4): 167-175.
Heebink, B. G. 1955. Paper-overlaid planks provide smooth, durable stadium seats. Southern Lumberman 191 (2393): 125-126.
Heebink, B. G. 1961. Paper overlays on low-grade lumber.
Northeastern Logger 10 (4): 14-15, 34.
4
Heebink, B. G., and H. H. Haskell. 1962. Effect of heat and
humidity on the properties of high-pressure laminates. Forest
Products Journal 12 (11): 542-548.
Heebink, B. 0., R. J. Seidl, D. F. Laughnan, and R. F. Btomquist. 1955. Some potentialities of overlaid lumber. Forest
Products Journal 5 (2): 97-101.
Hirai, S., andY. Yamagishi. 1956. Veneering of chipboard.
Journal of the Japan Wood Research Society 2 (6): 241-244.
Hudson, R. W. 1958. The suitability of contact adhesives for ve-
neering and assembly work. Progress Report 112, Forest Products Research Laboratory, Great Britain.
Hyler, J. E. 1956. Glues and gluing. Parts 76-79. Southern
Lumberman 192(2395): 55-56; 192(2396): 63-64; 192(2397): 69-72;
and 192(2398): 53-56.
Hyler, J. E. 1959. Veneered stock with solid lumber cores.
Forest Products Journal 9 (9): 322.
Kirsch, A. J. 1956. New approaches to wood finishing. Forest
Products Journal 6 (12): 500-504.
Lewis, W. C. 1956. Testing and evaluating procedures for building boards. Forest Products Journal 6 (7): 241-246..
Lindenfelser, R., and H. P. Ledden. 1956. Use of triazine resin
for board surfacing. Tappi 39 (5): 304-307.
MacDonald, K. R. 1956. Plastic overlaid plywood. Veneers and
Plywood 50 (4): 12-13, 42.
Marian, J. E., and 0. Suchsland. 1957. Surface waviness of
lumber-and-particle-core panels. Forest Products Journal 7 (10):
6 3A.
McCalla, D. 1954. The use of plastic-surfaced composition board
in home and school furniture. Journal of the Forest Products Research Society 4 (5): 207-209.
McCormack, P. H. 1959. Polyvinyl resins for high-pressure
plastic laminating. Forest Products Journal 9 (6): 16A.
McCormack, P.H. 1958. What causes telegraphing in plastic and
veneer laminating? Wood Working 60 (6): 94-96.
McCormack, P. H. 1955. Wood and metal combinations. Forest
Products Journal 5 (3): 174-176
Millet, M. A., and J. P. Hohf. 1948. Dimensional stability of
5
synthetic board materials used as core stock. Forest Products Research Society Proceedings 2: 280-288.
Mohaupt, A. A. 1959. Outdoor exposure of container-grade
paper-overlaid veneers. Report No. 2151, Forest Products Laboratory, Madison, Wisconsin.
Morris, W. E., and J. M. Verdi. 1959. The study of curl in decorative panels. Tappi 42 (7): 583-587.
Perry, T. D.
1952. Plastic faced plywood. Wood Working Digest
54 (10): 117-126.
Perry, T. D. Plywood--Plus. Southern Lumberman 191 (2393):
201, 204, 206, 208, 210.
Perry, T. D. 1955. Plywood with fibre layers. Wood Working
Digest 57 (9): 169-179.
Perry, T. D. 1955. Plywood with plastic faces. Wood Working
Digest 57 (10): 96-112.
Pounds, L. C. 1958. Laminated prefinishing of composition
boards. Forest Products Journal 8 (2): 35A-37A.
Ritter, E. J. 1957. Woodbased sandwich-boards with plasticlayer
surfaces. Holz als Roh und Werkstoff 15 (1): 62-67.
Roberts, J. R., and A. M. Fisken. 1953. Ply-veneer shipping
containers. Journal of the Forest Products Research Society 3 (5):
105-107.
Schmidt, D. E. 1957. Some practical aspects of particle-board
core stock. Forest Products Journal 7 (10): 53A-54A.
Seidl, R. J. 1955. Overlays promise better utilization of timber.
Society of American Foresters Proceedings, 1955, 110-115.
Seidl, R. J. 1947. Paper and plastic overlays for veneer and plywood. Forest Products Research Society Proceedings 1: 23-32.
Selbo, M. L. 1952. Effectiveness of different conditioning schedules in reducing sunken joints in edge glued lumber panels. Journal of the Forest Products Research Society 2 (1): 110-113.
Singer, J-. B. 1952. Wood andplastics. Wood 17(3): 90-92; (4):
137- 139.
Smith, E. W. 1960. Particle board as core stock for veneered
panels. Wood 25 (2): 72-73.
Stillinger, J. R., and W. Williams. 1955. Strength properties of
paper-covered veneer from true fir and white-speck Douglas fir.
6
Forest Products Journal 5 (1): 56-61.
Thomsen, R. L. 1959. Paper to wood gluing. Northwest Wood
Products Clinic Proceedings 1959, 80-83.
Tigelaar, J. H. 1947. Metal to wood bonding. Forest Products
Research Society Proceedings 1: 87-94.
Tigelaar, J. H. 1953. Techniques described for bonding metals
and plastics to wood. The Wood-Worker 72 (6): 14,62,64-65.
Tigelaar, J. H. 1953. Techniques for bonding metals and plastics to wood. Journal of the Forest Products Research Society
3 (5): 41-45, 218.
Wangaard, F. F. 1962. Stabilizing effects of overlays on wood.
Forest Products Journal 12 (5): 228-234.
Whiton, A. L. 1953. Craveneer as used in the packaging field.
Journal of the Forest Products Research Society 3 (5): 103-104.
Works, W. R. 1956. Plastic overlays for wood products. Forest
Products Journal 6 (1): 18A-20A.
Yale, R. H. 1954. Wood versus substitutes in the furniture
and cabinet industry. Journal of the Forest Products Research
Society 4 (2): 24A-27A.
Zischke, D. A. 1955. New veneer-lumber flooring developed for
concrete slabs. Southern Lumberman 191 (2393): 169-170.
7
AN ADVISORY COMMITTEE composed of men from representative interests helps guide the research program in forest products. The following men constitute present membership:
FRED SOHN, Chairman
VINCENT M. HOWARD, Alternate
Western Forest Industries
Association
Southern Oregon Conservation and
RALPH BRINDLEY, Principal
Tree Farm Association
GEORGE C. FLANAGAN, Alternate
LARRY E. CHAPMAN, Principal
PAUL R. WALSH, Alternate
Willamette Valley Lumbermen's
Association
CHARLES F. CRAIG, Principal
J. A. MAC GREGOR, Alternate
R. W. COWLIN, Principal
JOHN B. GRANTHAM, Alternate
C. R. DUFFIE, Principal
Western Wood Preserving
Operators Association
Pacific Northwest Forest and
Range Experiment Station
Pulp and Paper Industry
DR. HERMAN AMBERG, Alternate
CHARLES KREIDER, Principal
CARL A. RASMUSSEN, Alternate
R. A. KRONENBERG, Principal
JOHN M. HESS, Alternate
W. J. RUNCKEL, Principal
T. K. MAY, Alternate
Western Pine Association
Douglas Fir Plywood
Association
West Coast Lumbermen's
LEIFD. ESPENAS, Secretary
As sociation