Bamboo fiber is a natural, green, and eco-friendly textile material. Fiber is produced through alkaline hydrolysis and multi-phase bleaching of bamboo stems and leaves followed by chemical treatment of starchy pulp generated during the process. While historically used only for structural elements, such as bustles and the ribs of corsets, in recent years different technologies have been developed that allow bamboo fibre to be used for a wide range of textile and fashion applications.. It was demonstrated that the environmental resistance of BF reinforced composite could be improved with the inclusion of glass fiber. The effects of fiber content, bamboo to glass fiber ratio, fiber length, and MAPP content on mechanical properties of BFRP and bamboo-glass fiber reinforced plastics (BGRP) were studied (Thwe and Liao 2002). C. Chemical composition of bamboo In this article, you will learn the chemical composition of bamboo fiber, its characteristics, manufacturing process, uses, and also how to care for bamboo fabrics. • "Bamboo fiber comes from nature, and completely returns to nature in the end" therefore bamboo fiber is praised as "the natural, green, and eco-friendly new-type textile material of 21st century". (2007) its chemical makeup contributes to the overall properties of the fibre and the composition varies for different types of fibre. The term "bamboo fabric" widely refers to a number of different textiles that are made from the bamboo plant. Thus, it directly affects the chemical composition of bamboo fibre. The investigated palm fibers was found to have an average density of (0.7 -1.55 g/cm 3 ) which is significantly lower than widely used synthetic fibers such as E-glass fiber (2.56 g/cm 3 ) and carbon fiber(1.4-1.8 g/cm3). The widespread use of natural fibre reinforced composites is hindered by a few issues, some related to the durability of the natural fibre itself especially when exposed to certain environmental conditions. Bamboo sample was collected from the farm and the dimen- sion study was carried out. 10 The tensile strength and modulus of bamboo reinforced MAPP increase with increasing content up to 65 wt% (Fig. Bamboo textile is any cloth, yarn or clothing made from bamboo fibres. Bamboo fiber has various micro-gaps, which make it softer than cotton and increase its moisture absorption. Physical propertiesThe Physical properties of natural fibers in comparison with palm fibers were presented in the Table 2. Bamboo fiber reinforced maleated PP composites having bamboo fibers of different sizes (< 500 μm, 500–850 μm, 850 μm to 1 mm and %lt; 2 mm) show different mechanical properties. 3 PHYSICAL AND MECHANICAL PROPERTIES 3.1 Dimension Study. Bamboo used for fiber preparation is usually 3–4 years old. Fabrics have been made from bamboo for thousands of years, but it is only in contemporary times that the process of making this hardy and fast-growing wood into fabric has been perfected. With the decreasing upper diameter of the bamboo culm, the fibre density increases. So the top section of the bamboo culm has higher strength than the base section [13]. The anatomical, physical, and mechanical properties of 13 Malaysian bamboos and the trend of these properties along the bamboo culms' height were examined. In this study, the moisture impact on the physical and mechanical behaviours of bamboo fibre/polyester composites was investigated. Their physical properties and usability are reflected by the anatomy of bamboo culm [12]. • Physical and chemical properties of bamboo fiber are nearly close viscose. Usually the chemical content of bamboo changes with the age of the bamboo, the cellulose content in particular decreasing as the bamboo matures. The bamboo is composed of various nodes having transverse dipharm beween two nodes. 6 The nodal length of bamboo culm has peculiarity in dimension and height of bamboo.