Jute fiber by sohan
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Jute is a natural fiber obtained from the stems of the jute plant. It is the second most produced textile fiber in the world after cotton. India, China, and Bangladesh are leading producers. The fiber goes through cultivation, harvesting, retting, stripping, washing, drying, baling, and packing processes. Jute has good antistatic properties but low crease resistance and drape. It is biodegradable and used widely in sacks, carpets, rugs, and other products due to its low cost. However, it has poor strength when wet and loses strength with sunlight.
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JUTE FIBRE
Jute is a natural fiber obtained from the stems of the jute plant. It is the second most produced textile fiber in the world after cotton. India, China, and Bangladesh are leading producers. The fiber goes through cultivation, harvesting, retting, stripping, washing, drying, baling, and packing processes. Jute has good antistatic properties but low crease resistance and drape. It is biodegradable and used widely in sacks, carpets, rugs, and other products due to its low cost. However, it has poor strength when wet and loses strength with sunlight.
Jute fiber
Jute is a soft, shiny vegetable fiber that is grown primarily in Bangladesh, India, and other parts of Asia and Africa. It is composed of cellulose and lignin, making it partly wood-like. Jute has high tensile strength and is 100% biodegradable. The major jute producing countries are Bangladesh, India, parts of Africa, Brazil, and Southeast Asia. There are six main species of jute plants cultivated, with Corchorus capsularis and Corchorus olitorius being most common. Jute is used to produce hessian, sacking, canvas, twine and rope. It is grown as a rainy season crop and harvested between June and September.
Banana fiber
Banana fiber is a natural fiber obtained from banana plants. It has good mechanical properties and is lightweight, strong, and absorbent. Banana fiber can be spun into yarn and woven into textiles. It is also used to reinforce composites, providing strength while being renewable and biodegradable. Research shows banana fiber composites have increasing strength with longer fibers and higher fiber loading up to a point, making it suitable for various applications.
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Rice is a popular commodity consumed in various homes across the globe. It is considered as a stable food, as it is added to different meals and it provides many nutrients and energy to the body. So rice need the correct packaging to ensure that the products are preserved and protected.
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Rice is a popular commodity consumed in various homes across the globe. It is considered as a stable food, as it is added to different meals and it provides many nutrients and energy to the body. So rice need the correct packaging to ensure that the products are preserved and protected.
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Jute
Jute is collected from the stem bark of Corchorus capsularis and Corchorus olitorius plants. The stems are cut before flowering and undergo a retting process where they are soaked in water. This softens the fibers and allows them to be separated from the inner woody core. Jute fibers are long, golden yellow in color, and contain high amounts of cellulose. They are used to make cloth, sacks, twine and rope. Hibiscus cannabinus fibers can substitute for jute.
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This document provides information about banana fibers. It discusses how banana fibers can be extracted from the pseudostem of banana plants through mechanical or retting methods. The physical and chemical properties of banana fibers are then outlined, noting their high cellulose content which provides strength. Banana fibers are comparable to sisal in terms of properties. Applications of banana fibers include use in textiles, furniture, and other products due to their desirable characteristics.
Jute fiber
Jute is a plant fiber that grows well in India and Bangladesh. It is composed mainly of cellulose and is used to make bags, sacks, carpet backing, twine, and other products. The jute cultivation process involves land preparation, sowing seeds, irrigation, harvesting the plant, and a retting process to separate the fibers from the stem. Some defects that can occur in jute fibers include being rooty, specky, croppy, or weak due to issues with retting, harvesting, or storage. Jute fibers are composed mostly of cellulose and lignin and are resistant to acids, alkalis, insects and mildews.
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Jute fiber by sohan
- 1. JUTE FIBER PRESENTED BY: MD. SOHAN MIA NITER 7th Batch
- 2. Types of Jute White jute Biological Name: Corchorus capsularis Tossa Jute Biological Name: Corchorus olitorius Picture: JUTE Plant
- 3. Chemical composition of Jute Components Percentage(%) Cellulose 65.2 Hemi-cellulose 22.2 Lignin 10.8 Water soluble 1.5 Fat and Wax 0.3
- 4. Chemical structure of jute fiber
- 6. Physical Properties of jute fiber Parameters Values Length 150-300cm Stretch and elasticity Not good Resiliency Not very good Abrasion resistance Relatively good Moisture Regain 13.75% Dimensional stability Good Color Yellowish, Brown, Golden Heat Resistance Good Diameter 0.015-0.002mm
- 7. Dr. Maksudul Alam He is a Bangladeshi Scientists and Professor. He achieved four milestones in Genome sequencing of Jute , rubber, Papaya, Fungus.
- 8. Retting Retting is a process of decomposition of hard cell walls. It decomposed by the action of bacteria. The bundle of jute are steeped in 60-90cm depth water
- 9. Stripping After completion the Retting process Stripping is the Process of removing the fibers from the jute stalk.
- 10. Washing Extracted fibers are washed in clean water. The dark color of fibers can be removed by dipping them in tamarind water Again washed in clean water.
- 11. Drying The fibers are hung on bamboo railings for sun drying for 2-3 days. After drying, the fibers are ready to be sold in the market.
- 12. Stages of Production & Processing Cultivation Harvesting Retting Stripping Washing Drying Bailing & Packing Storage
- 13. Major jute growing countries Bangladesh(65-70%) India Africa Brazil Indo-china Japan Myanmar Nepal
- 14. Uses of jute Twine and Rope Fabrics: is use for bags, wrappers etc. Floor coverings Purpose of paper Geo bag, and so on.
- 15. THANK YOU