Source data for the article: Fully bio-based water-resistant wood coatings derived from tree bark

SIPPONEN, MIKA HENRIKKI

doi:10.5281/zenodo.13148372

Published October 11, 2024 | Version v1

Dataset Open

Source data for the article: Fully bio-based water-resistant wood coatings derived from tree bark

SIPPONEN, MIKA HENRIKKI (Contact person)¹

1. Stockholm University

Contributors

Researcher:

Wang, Fengyang²

Supervisor:

Sipponen, Mika¹

1. Stockholms Universitet
2. Stockholm University

Source data for the article: Fully bio-based water-resistant wood coatings derived from tree bark

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Fig 5e-SEM image of the cross-section of wood coated with a nanocomposite coating with 50 wt% polyphenol.jpg

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Fig 5e-SEM image of the cross-section of wood coated with a nanocomposite coating with 50 wt% polyphenol.jpg md5:326b21374a2d35b9bfb4c8f23c97b0d9	304.9 kB	Preview Download
Fig. 2a-AFM image of hybrid NPs with 10% polyphenol..spm md5:2e192b5bea5d7bff3d04af73826744cd	2.2 MB	Download
Fig. 2a-AFM image of hybrid NPs with 20% polyphenol..spm md5:b6bf2d4e7afa63be5bb2cfc41b741850	4.0 MB	Download
Fig. 2a-AFM image of hybrid NPs with 30% polyphenol..spm md5:509d66465852b6beb1b8093a2bd591a1	4.0 MB	Download
Fig. 2a-AFM image of hybrid NPs with 40% polyphenol..spm md5:e4f326eb9c88c7009fab2e4403062d1f	4.0 MB	Download
Fig. 2a-AFM image of hybrid NPs with 50% polyphenol..spm md5:6fc72861f8a6cdf9e6e2067e5a909991	708.2 kB	Download
Fig. 2c-hydrodynamic size of hybrid NPs with different polyphenol proportion vs. intensity.csv md5:8b548a01c98af59784c3936d8f650395	6.1 kB	Preview Download
Fig. 2d-pH of hybrid NPs dispersion vs. polyphenol content of hybrid NPs.csv md5:5766c4104738bcca680ee30ad3596103	766 Bytes	Preview Download
Fig. 2d-zeta potential of hybrid NPs dispersion vs. intensity.csv md5:cffce1910727cb06c63c0de648658408	9.1 kB	Preview Download
Fig. 2e-cryo TEM image of hybrid particles with 30% polyphenol.dm3 md5:65331207f528463016b51f7afb95de31	43.2 MB	Download
Fig. 2f- higher magnification 3D AFM image of hybrid NPs with 30% polyphenol..spm md5:25e06ba086c53c2133cf3ff3dac6273e	237.8 kB	Download
Fig. 2f-3D AFM image of hybrid NPs with 30% polyphenol..spm md5:509d66465852b6beb1b8093a2bd591a1	4.0 MB	Download
Fig. 3b bottom-SEM image of aggregated hybrid particles with 30% polyphenol tend to form film.tif md5:93a25e43488e9a250074de1a004f666d	1.3 MB	Preview Download
Fig. 3b top- SEM image of dispersed hybrid particles with 30% polyphenol.tif md5:02b1836b22d514ba49425e961a503afc	1.3 MB	Preview Download
Fig. 3c bottom-AFM image of aggregated hybrid particles with 30% polyphenol which tend to form film.spm md5:63e15a35823259b66e7972d67657f0fd	605.2 kB	Download
Fig. 3c top-AFM image of dispersed hybrid particles with 30% polyphenol.spm md5:eb5f6cab596f1214e8d9c790d2dda265	4.0 MB	Download
Fig. 4a-Differential scanning calorimetry(DSC) curves of hybrid NPs which show the approximate curing temperature.csv md5:70da9b62bb6a99c1d573e4e83e40292c	740.3 kB	Preview Download
Fig. 4b-Thermogravimetric analysis weight of cured hybrid NPs vs. temperature.csv md5:2235a403eab36ce41eb582eba88781a9	381.4 kB	Preview Download
Fig. 4c-Enthalpy of different hybrid NPs curing reaction, and recalculated enthalpy.csv md5:88f126a218d0c919a9dfea1b5456ef92	1.5 kB	Preview Download
Fig. 4d-FTIR spectrum of hybrid NP (30% polyphenol) before and after curing.csv md5:63518548ccac3000a7def59ad36b6a05	72.6 kB	Preview Download
Fig. 5c-Water absorption value of hybrid coatings with different polyphenol contents.csv md5:3cc8d4a699a84818a6a98f8fc807a96b	1.8 kB	Preview Download
Fig. 7-Comparison of water absorption value to the biobased content of benchmark wood coating systems.csv md5:41ffef1a9cfcad3e901fef407a1f0148	1.1 kB	Preview Download
Fig. S1-TEM image of pure suberin fatty acids particles.dm3 md5:3dc0cce16289a71231d9a3426a953eab	43.2 MB	Download
Fig. S2-TEM image of hybrid NPs with 30% polyphenols.dm3 md5:b009e7c48a0bb91b8e9235632900992d	43.2 MB	Download
Fig. S3-SEM image of the surface of cured hybrid NPs (30% polyphenol) coating.tif md5:6b861fc0633a7300ffcc31121f69c19e	1.3 MB	Preview Download
Fig. S4-IR spectrum of suberinic acids (SAs) before curing, after curing, and after alkaline hydrolysing cured SAs.csv md5:abfb37feb9889d9c4a72e6c4fa859bf5	92.1 kB	Preview Download
Fig. S5-IR spectrum of cured hybrid NPs with different polyphenol content (10-50%).csv md5:2be284234028a9dca1c12e350866d2fe	224.1 kB	Preview Download
Fig. S6-Surface morphology of the hybrid NPs coating with different polyphenol content 10%.tif md5:410c402265bc9ef5c8463ad67f50e523	1.3 MB	Preview Download
Fig. S6-Surface morphology of the hybrid NPs coating with different polyphenol content 20%.tif md5:b39714f4258ea65ff244c407586e1915	1.3 MB	Preview Download
Fig. S6-Surface morphology of the hybrid NPs coating with different polyphenol content 30%.tif md5:f9efe53fae620f6fe6e760812c063941	1.3 MB	Preview Download
Fig. S6-Surface morphology of the hybrid NPs coating with different polyphenol content 40%.tif md5:1ba59a25cbe1a81dad039f80cf9df8cc	1.3 MB	Preview Download
Fig. S6-Surface morphology of the hybrid NPs coating with different polyphenol content 50%.tif md5:58a2a9d858085198a7b3d92b275173af	1.3 MB	Preview Download
Table. S1-Bio-based material portion and Water absorption value data used for Fig. 7 of main text.csv md5:6c72de338df7d182ed36e38d5dc50aa8	1.2 kB	Preview Download
Table.1-Characteristic temperature events from the DSC analysis of suberinic acid-polyphenol particles.csv md5:e1e8f5920e900f1c283f7379ddef9513	1.3 kB	Preview Download

Additional details

VINNOVA
Tree bark as a renewable source of wood protection materials for building applications 2021-05015

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Source data for the article: Fully bio-based water-resistant wood coatings derived from tree bark

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Contributors

Researcher:

Supervisor:

Description

Files

Fig 5e-SEM image of the cross-section of wood coated with a nanocomposite coating with 50 wt% polyphenol.jpg

Files (166.1 MB)

Additional details

Funding