Russian Federation
Russian Federation
Russian Federation
The article considers the process of developing a composite material from agro-industrial waste, studies their physical and mechanical characteristics depending on the concentration and type of plant filler. The optimal concentration for the production of composite materials based on plant filler is determined. The best results are shown by composite boards based on sunflower husk and buckwheat husk. Composite material based on straw demonstrates minimal indicators for all physical and mechanical characteristics, which requires either their modification or the use of other types of binder for the possibility of using as an outer layer.
agro-industrial waste, plant filler, three-layer composite material, sunflower husk, buckwheat husk, straw
1. Polisaharidy iz othodov proizvodstva grechihi / L A. Zemnuhova, S. V. Tomshich, E. D. Shkorina, A. G. Klykov // Zhurnal prikladnoy himii. – 2004. – T 77. – № 7. – S. 1192.
2. Biorazlagaemye kompozicionnye materialy na osnove polikaprolaktona s napolneniem solomoy zernovyh kul'tur // E. N. Poddenezhnyy [i dr.] Vestn. Gomel, gos. tehn. un-ta im. P.O. Suhogo. – 2024. – № 2 (97). – C. 27 – 33.
3. Spravochnik po organicheskim udobreniyam // Vasil'ev V.A.; Filippova I.V. – M.: Rossel'hozizdat. – 1988. – S. 256.
4. GOST R 56785–2015. Kompozity polimernye. Metod ispytaniya na rastyazhenie ploskih obrazcov.
5. GOST R 5680–2015. Kompozity polimernye. Metody opredeleniya mehanicheskih harakteristik pri izgibe.
6. GOST R 57864 – 2017. Kompozity polimernye. Metod opredeleniya predela prochnosti i modulya uprugosti pri rastyazhenii v napravlenii tolschiny obrazca.
