Forest Products from Latin America. Annotated Bibliography of ...

strength of glue bonds, static bending strength, and tough-
ness decreased with decreasing specific gravity of the wood.
INFOR-CORFO. 1987. Technology and perspectives on
particle boards of the waferboard, flakeboard, and OSB
type (Tecnologia y perspectivas de tableros de particulas
tipo waferboards, flakeboards y OSB). Santiago, Chile:
INFOR-CORFO (Instituto Forestal-Corporacion de Fo-
mento de la Produccion. Informe Tecnico. 109:89.
A review of worldwide information on the manufacture and
properties of specific types of particleboards not tradition-
ally manufactured in Chile. Includes a bibliography of 114
citations and an annex of international standards.
Koljonen, K. 1977. Projection of demand for wood-based
panels in Brazil, 1975-2000 (Projecoes de demanda de
paineis a base de madeira no Brasil, 1975-2000). Brasilia,
Brazil: Ministerio da Agricultura, Instituto Brasileiro de
Desenvolvimento Florestal. Serie Tecnica. 1:72.
Labante. 1974. Technological study of the woods of the
Llanos Occidentales (Expedited study, first part) (Estu-
dio tecnologico de las maderas de los llanos occidentales
(Estudio expeditivo, primera parte)). Merida, Venezuela:
Laboratorio Nacional de Productos Forestales. 94 p.
Mason, D.C. 1975. Duratex achieves high production
with single product board plant. World Wood. 16(9):7-8.
Mason, D.C. 1976. Eucatex makes largest hardboard
panel. World Wood. 17(10):17-19.
Hardboard 8 by 20 ft is produced from Eucalyptus saligna
by the Eucatex Co. of Salto, Brazil.
Myers, G.C. 1979. Hardboards from mixed tropical hard-
woods. Forest Products Journal. 29(5):44-48.
Chip mixtures prepared from secondary hardwood species
were collected in Colombia, Ghana, and the Philippine Is-
lands. All chip mixtures readily fiberized in a presurized
refiner, producing excellent fiber. All classes of hardboards
had excellent dimensional stability with small linear and
thickness movement. The surfaces of all hardboards were
excellent and would be suitable for finishing operations.
Morales-V., A.; Johnston, P. 1974. Development of
the wood panel producing industry (Sintesis de la industria
productora de paneles de madera). Bogota, Colombia: In-
stituto de Desarrollo de los Recursos Naturales Renovables
(INDERENA). 35 p.
Nakamura, R.M.; Sobral Filho, M. 1982. Particleboard
of a mixture of tropical species from Amazonia (Aglom-
erado de mistura de especies tropicais da Amazonia).
Brasilia, Brazil: Instituto Brasileiro de Desenvolvimento
Florestal. De Serie Tecnica. 4:10.
Using a mixture of the wood of 36 species from Amazonia,
particleboard was manufactured that met the strength and
thickness stability requirements for structural panels.
Nico, R. 1957. Wood particles bonded with synthetic
resins (Paneles de particulas de maderas ligadas con resinas
sinteticas). La Plata, Argentina: Publicacion del Laborato-
rio de Ensayo de Materiales e Investigaciones Tecnologicas.
76(2):34.
Covers raw materials, types of particleboards, and their
manufacturing process.
Peredo, M.; Poblete, H. 1979. Inclusion of forest
biomass in the fabrication of particleboard (Inclusion de
biomasa forestal en la fabricacion de tebleros de particulas).
Bosque 7(1):9-16.
Pleydell, G.J. 1978. Increasing the utilization of sec-
ondary species through the manufacture of wood-based
panels. In: Proceedings of the 7th world forestry congress;
1972 October 4-18; Ceritro Cultural General San Martin,
Buenos Aires, Argentina. Buenos Aires, Argentina: Insti-
tuto Forestal Nacional. 5:6279-6291.
Poblete, H. 1979. Inclusion of sawdust in particleboard
(Inclusion de aserrin en tableros de particulas). Bosque.
3(1):39-46.
Poblete, H. 1985. Movement of formaldehyde during
pressing of particleboard (Movimiento del formaldehido du-
rante el prensado de tableros de particulas). Holzforschung.
39(3):187-188.
Poblete, H. 1986. Mechanical strength of particleboards
produced with mixtures of Chilean species (Resistencias
mecanicas de tableros de particlas producidos con mezclas
de especies chilenas). Bosque. 7(1):38-45.
Poblete, H. 1988. Incorporation of board wastes in par-
ticleboards (Incorporacion de astillas de despuntes en
tableros de particulas). Ciencia e Investigacion Forestal.
4:45-61.
The characteristics of particles produced with board wastes
from Pinus radiata (D. Don) were analyzed. The effect
of these particles, on physical and mechanical proper-
ties of the produced panels, was also studied. Specific
weight, water absorption, particle geometry and specific
area, pH-value, and buffer capacity of particles were deter-
mined. Particleboards containing 14 percent and 40 percent
of board waste-particles in the middle layer were manu-
factured. Other process parameters were density at 608
Kg/m 3 , board thickness of 19 mm, adhesive content of 7.0,
6.4, and 5.3 percent of ureaformaldehyde. Internal bond
strength, bending strength (MOR), thickness swelling, and
water absortion of the panels were also tested
Poblete, H. 1988. Joining of panels by their edges: Ex-
periences at industrial scale (Uniones de tableros por sus
cantos: Experiencias a escala industrial). Ciencia e Investi-
gacion Forestal. 5:71-76.
Describes the testing of edge joints used to join panels of
Particleboard. The combinations used included 4 different
joints and 4 adhesives. Data are presented on the strength
of joints.
Poblete, H.; Roffael, E. 1985. Chemical changes in par-
ticles during the production of panels with ureaformalde-
hyde (Cambios quimicos en particulas durante la produc-
cion de tableros con ureaformaldehido). Holz als Roh-und
Werkstoff. 43:57-62.
Poblete, H.; Roffael, E. 1985. Chemical changes in par-
ticles during the production of panels with phenolformalde-
hyde (Cambios quimicos en particulas durante la produc-
cion de tableros con fenolformaldehido). Adhesion. 3:21-28.
Roffael, E.; May-A., H.; Poblete, H. 1985. Changes
in particles during pressing and drying (Cambios en las
particulas durante el prensado y secado). Valdivia, Chile:
75