Termite Resistance of Furfuryl Alcohol and Imidacloprid Treated Fast-Growing Tropical Wood Species as Function of Field Test

Hadi, Yusuf Sudo; Herliyana, Elis Nina; Mulyosari, Desy; Abdillah, Imam Busyra; Pari, Rohmah; Hızıroǧlu, Salim

doi:10.3390/app10176101

Cited by 19 publications

(8 citation statements)

References 18 publications

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“…And it was found that furan ring is a key pharmacophore for many active natural-products insecticidal agents such as toosendanin and limonin (Xiang et al 2018). In addition, furfuryl alcohol significantly impacted the resistance against the termite of fast-growing tropical wood (Hadi et al 2020) and also resistance to decay fungi of Masson pine wood (Li et al 2015). It can be concluded that the sucrose-ADP particleboard has good biological durability against deterioration organisms such as termites and wood decay fungi, similar to that of particleboards made with synthetic adhesives.…”

Section: Termite and Decay Resistancementioning

confidence: 90%

Characterization of particleboard using the inner part of oil palm trunk (OPT) with a bio-based adhesive of sucrose and ammonium dihydrogen phosphate (ADP)

Komariah

Krishanti

Yoshimura

et al. 2022

BioRes

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The effective utilization of the inner part of oil palm trunk (OPT), generally considered a waste product, is desired. In this study, particleboards were manufactured using the inner part of OPT with a bio-based adhesive made of sucrose and ammonium dihydrogen phosphate (ADP). The mixture ratio of sucrose to ADP and the resin content were changed to investigate the optimum condition of the adhesive. The pressing condition was set at 180 °C for 10 min, and the target density was 0.8 g/cm3. The optimum mixture ratio of sucrose to ADP was 80:20, and the optimum resin content was 20 wt%. The manufactured boards had modulus of rupture (MOR) and modulus of elasticity (MOE) in bending values of 16.4 MPa and 4.3 GPa, respectively. The internal bond strength (IB) was 1.85 MPa, and the thickness swelling (TS) was 9.6%. This indicated that the constructed particleboard was comparable to the 13 types of JIS A 5908 standard (2003). In addition, the particleboard had good termite and decay resistance, similar to those of OPT particleboards made with synthetic adhesives. It was clarified that excellent particleboard could be manufactured from the inner part of OPT and a bio-based adhesive made of sucrose and ADP.

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Section: Termite and Decay Resistancementioning

confidence: 90%

Characterization of particleboard using the inner part of oil palm trunk (OPT) with a bio-based adhesive of sucrose and ammonium dihydrogen phosphate (ADP)

Komariah

Krishanti

Yoshimura

et al. 2022

BioRes

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“…This indicates that furfurylation and GMA treatments can increase the resistance of short-rotation teaks to termite attacks. Other studies have also reported that furfurylation treatment can increase resistance to termite attacks, as indicated by a decrease in the weight loss value (Hadi et al, 2020(Hadi et al, , 2021. Furfurylation involves a chemical reaction between the FA polymer and wood components, namely, the formation of bonds between FA polymers and lignin (Barsberg and Thygesen, 2017: Shen et al, 2021: Martha et al, 2021a.…”

Section: Resistance Against Subterranean Termitementioning

confidence: 98%

Durability and wettability of varnishes on the modified and aged surfaces of short rotation teak wood

Basri

Martha

Damayanti³

et al. 2022

PRT

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Purpose The surface characteristics of thermally and chemically modified wood, such as surface roughness, surface free energy (SFE) and wettability, are important properties that influence further manufacturing processes such as gluing and coating. The aim of this paper was to determine the influence of the surface roughness of thermally and chemically modified teak wood on their SFE, wettability and bonding quality for water-based acrylic and solvent-based alkyd varnishes. In addition, durability against subterranean termites in the field of these modified teak woods was also investigated to give a valuable information for their further application. Design/methodology/approach The woods tested in this study were fast-growing teak woods that were prepared in untreated and treated with furfuryl alcohol (FA), glycerol maleic anhydride (GMA) and thermal. SFE values were calculated using the Rabel method. The wettability values were measured based on the contact angle between varnish liquids and wood surfaces using the sessile drop method, and the Shi and Gardner model model was used to evaluate the wettability of the varnishes on the wood surface. The bonding quality of the varnishes was measured using a cross-cut test based on ASTM 3359-17 standard. In addition, durability against subterranean termites in the field of these modified teak woods was also investigated according to ASTM D 1758-06. Findings The results showed that furfurylated and GMA-thermal 220°C improved the durability of teak wood against termites. The furfurylated teak wood had the roughest surface with an arithmetic average roughness (Ra) value of 15.65 µm before aging and 27.11 µm after aging. The GMA-thermal 220°C treated teak wood was the smoothest surface with Ra value of 6.44 µm before aging and 13.75 µm after aging. Untreated teak wood had the highest SFE value of 46.90 and 57.37 mJ/m2 before and after aging, respectively. The K values of untreated and treated teak wood increased owing to the aging treatment. The K values for the water-based acrylic varnish were lower than that of the solvent-based alkyd varnish. The untreated teak wood with the highest SFE produced the highest bonding quality (grades 4–5) for both acrylic and alkyd varnishes. The solvent-based alkyd varnish was more wettable and generated better bonding quality than the water-based acrylic varnish. Originality/value The originality of this research work is that it provides evaluation values of the durability and SFE. The SFE value can be used to quantitatively determine the wettability of paint liquids on the surface of wood and its varnish bonding quality.

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“…Regarding termites, several studies have shown that furfurylated wood can withstand these [91,[115][116][117][118]. However, for these studies nothing is mentioned about possible leaching of the wood samples prior to the termite feeding trials.…”

Section: Biodeteriorationmentioning

confidence: 99%

Review of Wood Modification and Wood Functionalization Technologies

Zelinka

Altgen

Emmerich

et al. 2022

Forests

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Wood modifications are becoming popular as a way to enhance the performance of wood, either to make it more durable, improve the performance of wood, or give it new functionality as a multifunctional or smart material. While wood modifications have been examined since the early 1900s, the topic has become a dominant area of study in wood science over the past decade. This review summarizes recent advances and provides future perspective on a selection of wood modifications, i.e., the methods that are currently commercialized (acetylation, furfurylation, and thermal modification), a rediscovered ancient practice (charring), a family of polymerization modifications that have so far made it to the pilot scale, and examples of novel wood-based functional materials explored at laboratory scale.

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Termite Resistance of Furfuryl Alcohol and Imidacloprid Treated Fast-Growing Tropical Wood Species as Function of Field Test

Cited by 19 publications

References 18 publications

Characterization of particleboard using the inner part of oil palm trunk (OPT) with a bio-based adhesive of sucrose and ammonium dihydrogen phosphate (ADP)

Characterization of particleboard using the inner part of oil palm trunk (OPT) with a bio-based adhesive of sucrose and ammonium dihydrogen phosphate (ADP)

Durability and wettability of varnishes on the modified and aged surfaces of short rotation teak wood

Review of Wood Modification and Wood Functionalization Technologies

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