Topic
SISAL
About: SISAL is a research topic. Over the lifetime, 1878 publications have been published within this topic receiving 55528 citations.
Papers published on a yearly basis
Papers
More filters
Patent•
15 May 2002
TL;DR: In this article, a preparation method for grafting polyacrylonitrile on natural sisal hemp fiber through ferther process of soaking in the solution of hydroasine hydrate, amino hydrozonation structured and alkaline hydrolysis is presented.
Abstract: This invention relates to a preparation method for grafted antibacterial sisal hemp fibre The said method includes grafting polyacrylonitrile on natural sisal hemp fibre through ferther process of soaking in the solution of hydroasine hydrate, amino hydrozonation structured and alkaline hydrolysis By controlling the condition of grafting reactuion, the concentration of hydrasine hydrate soakingsolution, the soaking time and the rate of plunging into liquid and regulating the temp and time of aminohydrazonation structured and the intensity of alkaline hydrolysis, the prepared anti-bacterial fibre is made to have a certain strength and grafted quantity of polyacrylonitrile, and at the same time, to contain different categories and contents of chemical functional groups on the surface, and has wide-spectrum antibacterial property and can high-effectively and durably kill bacteria or depress their growth
4 citations
TL;DR: In this paper, a hybrid composites are fabricated in which natural fiber is used as a reinforcement and the epoxy resin along with hardener & Graphene are used as matrix.
4 citations
Journal Article•
TL;DR: In this paper, the tensile, flexural, and impact strength of the sisal-coir-glass hybrid composite is evaluated using a hand layup process and the results showed that the flexural and impact properties of the composite are better than the remaining two combinations of composites.
Abstract: Composite materials have occupied major part in current era due to its light weight, good stiffness, high specific strength and flexible nature. Due to large availability of naturally occurring fibers and their capability to hybridize with glass fiber, the applications of these fibers vary according to purpose. This paper deals with preparation and investigation ofhybrid composites of natural fibers in isophthalic polyester resin.Natural fibers used here are sisal and coir fibers which are mixed with isophthalic polyester in volume fraction basis of 0.4 & 0.5. This composite is manufactured using hand layup process. Mechanical properties of each composite are determined through tensile, flexural, impact tests. The tensile strength of sisal-glass composite is found to be better than the coir-glass composite. The flexural strength and impact strength of sisal-coir-glass hybrid composite is found to be better than the remaining two combinations of composites.
4 citations
TL;DR: For healthy growth, the important factors are good content of organic matter, pH 6-7 and a well balanced uptake of nutrients with no excess of one or more elements as discussed by the authors. But the results show that K deficiency is the main cause of banding disease, whereas manganese is probably involved in "purple leaf tip roll".
Abstract: Leaf samples from healthy and diseased sisal plants and the corresponding topsoil samples were analysed. The results show that K deficiency is the main cause of ‘banding disease’, whereas manganese is probably involved in ‘purple leaf tip roll’.
For healthy growth, the important factors are good content of organic matter, pH 6–7 and a well balanced uptake of nutrients with no excess of one or more elements.
4 citations
Patent•
14 Feb 2007
TL;DR: In this article, the sisal fiber reinforced regenerated plastic building shuttering consists of laminated plastic base and sisal fabric-dry sisal leaf layer, and through hot pressing to form integral the building is made through sorting, cleaning and pelletizing waste plastic; banburing together with stuffing to form sheet in certain size.
Abstract: The present invention relates to sisal fiber reinforced regenerated plastic building shuttering and its making process The sisal fiber reinforced regenerated plastic building shuttering consists of laminated plastic base and sisal fabric-dry sisal leaf layer, and through hot pressing to form integral The building shuttering is made through sorting, cleaning and pelletizing waste plastic; banburing together with stuffing to form sheet in certain size; laminating the plastic sheets and sisal fabric-dry sisal leaf layers and hot pressing The building shuttering has high strength, high corrosion resistance, high rain water resistance, smooth surface, convenient construction and environment friendship
4 citations