Reprint

Wood Protection and Preservation

Edited by
July 2020
258 pages
  • ISBN978-3-03936-332-2 (Hardback)
  • ISBN978-3-03936-333-9 (PDF)

This book is a reprint of the Special Issue Wood Protection and Preservation that was published in

Biology & Life Sciences
Environmental & Earth Sciences
Summary

Wood is an advantageous building material in many respects, but it is biodegradable and therefore requires protection when used in highly hazardous applications. This Special Issue comprises 19 papers by authors from 14 countries in Asia, North America and Europe. They represent a wide range of aspects related to wood protection and wood preservation, and give timely examples of research activities that can be observed around the globe. Several authors reported on the processes of thermal modification and different chemical wood modification techniques, which are among the latest alternative wood protection methods without the use of biocides. New preservatives and assessment methods of preservative-treated wood products are presented, as well as studies on the natural durability of wood, fire-retardant treated wood, the effect of concrete on wood durability and different novel surface modification techniques using plasma. In addition to biological durability, the mechanical properties, moisture performance, bonding properties, weathering stability and the corrosiveness of differently treated wood are investigated and reported within this Special Issue. Examples of research on fungal biology, service life planning with wood and test methodology are also included and complete the Special Issue.

Format
  • Hardback
License
© 2020 by the authors; CC BY-NC-ND license
Keywords
decay; ENV 807; soft rot test; soil moisture content; use class 4 (UC4); heat-treated wood; decay resistance; adhesion; finishing; underused wood species; thermo-vacuum treatment; surface degradation; hydrophobic effect; natural weathering; heat-treated; color change; wood anatomical; Cunninghamia lanceolate; decay fungi; nanomaterials; natural protectors; poplar; wood preservatives; plasma powder deposition; moisture; UV protection; coating system; polyester; bismuth oxide; silver; wood protection; decay; decking; inherent durability; moisture performance; resistance model; service life; wood; fire retardancy; heat treatment; compression recovery; surface layer; combined treatment; wettability; surface free energy; bonding strength; poplar; moso bamboo (Phyllostachysheterocycle cv. Pubescens); gliding arc plasma; surface treatment; activated surface; wettability; beech; paraffin; thermal modification; fungi; swelling; mechanical properties; basidiomycetes; heat; molds; pine wood; poplar wood; silanes; thermal treatment; brown-rot fungi; oxidative degradation; fenton degradation; acetylation; scots pine; Pinus sylvestris; Postia placenta; basidiomycetes; fungal decay; horticulture; juvenile wood; resistance; sapwood; decay; drilling-resistance measurements; internal defects; nondestructive wood testing; preservative treatment; wooden poles; cement; wood decay; soil block test; wood preservatives; modified wood; corrosion; stainless steel; hot-dip galvanized steel; heat treatments; wood modification; melamine-formaldehyde resin; phenol-formaldehyde resin; DMDHEU; impact bending strength; tensile strength; acetylated wood; wood modification; brown rot decay; fungal decay; soil block test; wood moisture content; soil bottle assays; biological durability; decay fungi; wood borers; wood protection by design; wood preservatives; chemical wood modification; thermal wood modification; water repellants; test methods; service life planning; performance specification