Your search resulted in 87 documents. Displaying 25 entries per page.
The use of new, aqueous chemical wood modifications to improve the durability of wood-plastic composites
2017 - IRG/WP 17-40787
The wood flour used in wood-plastic composites (WPCs) can biologically deteriorate and thus the overall mechanical performance of WPCs decrease when exposed to moisture and fungal decay. Protecting the wood flour by chemical modification can improve the durability of the wood in a nontoxic way so it is not harmful to the environment. WPCs were made with modified wood flour and then evaluated for m...
R E Ibach, C M Clemons, G C Chen
Minutes of the meetings of WG II
1983 - IRG/WP 2207
IRG Secretariat
Agenda WG II
1989 - IRG/WP 2337
IRG Secretariat
Minutes of the WG II meetings 1974
1974 - IRG/WP 241
IRG Secretariat
Agenda WG II
1974 - IRG/WP 237
IRG Secretariat
IRG Working Group II. Co-operative leaching test (letter to collaborators)
1974 - IRG/WP 240
J W W Morgan
Agenda WG II
1981 - IRG/WP 2158
IRG Secretariat
Minutes of the WG II meetings 1975
1975 - IRG/WP 256
IRG Secretariat
Agenda WG II
1990 - IRG/WP 2352
IRG Secretariat
Minutes of the WG II meetings 1976
1976 - IRG/WP 274
IRG Secretariat
Minutes of the meetings of WG II
1984 - IRG/WP 2231
IRG Secretariat
Minutes of the meetings of WG II
1989 - IRG/WP 2340
IRG Secretariat
Minutes of the meetings of WG II
1982 - IRG/WP 2191
IRG Secretariat
Efficacy of anhydrides as wood protection chemicals - II. Performance against soft rot fungi
1998 - IRG/WP 98-30174
Pine sapwood modified with various anhydrides and with butyl isocyanate was tested for its resistance to soft rot decay. Small stakes were exposed for 20 months in unsterile soil in a fungal cellar test.
Wood modified with butyl isocyanate performed better than any of the anhydrides tested, with a threshold level of protection (less than 3% weight loss) at 12% weight percent gain (WPG). Stakes ac...
S C Forster, M D C Hale, G R Williams
IRG Working Group II. Co-operative leaching tests
1973 - IRG/WP 230
J W W Morgan
Fire resistance of Alder wood treated with some chemicals.
Part II. Effect of Other Chemicals on the Combustion Properties
2002 - IRG/WP 02-40235
Samples from alder wood (Alnus glutinosa (L.) Gaertn. subsp. barbata (C.A.Mey) Yalt.) were impregnated according to ASTM D 1413-88 with boron compounds (boric acid, borax,
sodium perborate), vinyl monomers (styrene, methyl methacrylate), Tanalith-CBC, Phosphoric acid, Vacsol, Immersol, Polyethylene glycole (PEG-400) and their mixed solutions of chemicals in order to determine their combustion pro...
A Temiz, Ü C Yildiz
Agenda WG II
1977 - IRG/WP 276
IRG Secretariat
Agenda WG II
1983 - IRG/WP 2203
IRG Secretariat
Agenda WG II
1984 - IRG/WP 2227
IRG Secretariat
Programme WG II
1992 - IRG/WP 92-2415
IRG Secretariat
Minutes of the Meeting of WG II 1971
1971 - IRG/WP 205
IRG Secretariat
Minutes of the Meeting of WG II 1969
1969 - IRG/WP II 2
IRG Secretariat
Agenda WG II
1991 - IRG/WP 2386
IRG Secretariat
Minutes of the meetings of WG II
1981 - IRG/WP 2165
IRG Secretariat
Agenda WG II
1988 - IRG/WP 2313
IRG Secretariat