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Manufacturing and properties of boards mixed with wood particles, bark and sawdust


Manufacturing and properties of boards mixed with wood particles, bark and sawdust



Journal of the Hokkaido Forest Products Research Institute 6: 1-5 + smry.



Tests were made on the mechanical and water-absorption properties of particle boards manufactured from mixtures consisting of wood particles and bark, or wood particles and sawdust, in various proportions.

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Accession: 000425947

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Related references

Studies on the manufacturing of wood-based cement boards (8). The properties of three-layer boards made from wood particles of different shapes. Journal of the Hokkaido Forest Products Research Institute (Dec.): 10-14, 1974

A contribution to the study of condensation of lignocellulosic particles. The effect on the properties of boards made from Spruce sawdust of heat treatment of the sawdust or of the boards themselves. Agricultura, Louvain (Ser. 2) 12(3): 516-41, 1964

The test manufacturing of wood-based gypsum boards. 3. Effect of the thickness of the larch flake particles on the mechanical and water absorption properties of boards. Journal of the Hokkaido Forest Products Research Institute 318: 1-5 + sum., 1978

The effect of shape and size of sawdust particles on the properties of sawdust boards. Holztechnol., Dresden 7(1): 34-40, 1966

Particleboards mixed with wood, bark and sawdust. The relationship between the mixing ratio and the mechanical properties of each board. Journal of the Hokkaido Forest Products Research Institute 303: 1-4 + sum., 1977

Study on the manufacturing of wood-based cement boards (10). Effects of mixing different-shaped particles on the board properties. Journal of the Hokkaido Forest Products Research Institute 12: 7-10 + smry, 1976

The test manufacturing of wood-based gypsum boards. 1. Effects of the compositional ratio of gypsum/wood/water and board density of the mechanical properties of the boards. Journal of the Hokkaido Forest Products Research Institute 309: 11-16 + sum., 1977

The test manufacturing of wood-based gypsum boards. 2. Effects of the gypsum/wood ratio and the board density on the water absorption properties and the incombustibility of boards. Journal of the Hokkaido Forest Products Research Institute 310: 1-7 + sum., 1977

Manufacturing of plastic/wood composite boards with waste polyethylene and wood particles. Taiwan Journal of Forest Science 12(4): 443-450, 1997

Studies on the manufacturing of wood-based cement boards (11) - The relationship between drying conditions and the mechanical properties of boards. Journal of the Hokkaido Forest Products Research Institute 292: 1-5, 1976

Three-layer insulation boards made of wood particles and bark. Nauchni Trudove, Vissh Lesotekhnicheski Institut, Sofiya Mekhanichna Tekhnologiya na D"rvesinata 22: 253-258, 1977

The test manufacture of wood-based gypsum boards. (7). The effect of the thickness and length of larch flake particles on the mechanical properties of the boards. Journal of the Hokkaido Forest Products Research Institute 336: 7-12, 1980

Research and development of wood/plastic composite materials. (V). Manufacturing and property comparisons of waste bamboo, gum wood, and palm particles/PP composite boards. Taiwan Journal of Forest Science 11(3): 245-260, 1996

The test manufacturing of wood-based gypsum boards. 8. The effects on their waterproof properties of adding eight kinds of resin or four kinds of water repellent agents to the boards. Journal of the Hokkaido Forest Products Research Institute 348: 8-13, 1981

Thermal properties of dry wood-bark multilayer boards. Forest Products Journal 25(1): 33-39, 1975



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