The various advantages of natural fibers over man-made glass and carbon fibers are low cost, low density, comparable specific tensile properties, non-abrasive to the equipments, non-irritation to the skin, reduced energy consumption, less health risk, renewability, recyclability and bio-degradability. Also at 33% wt the fibers were weaved before the composite was formed. Tools, containers and pans for carrying materials & mixing. Apparatus: Weights and weighing device. Furthermore, they have a tensile strength of eight times what cotton has. Produced in the USA. Featured HempWood Products. This technological breakthrough has catapulted hemp to the forefront of modern textile design and fashion. Fiber strength distribution is applied in prediction of the tensile strength of short-hemp-fiber reinforced polymer matrix composites. Three specimens were manufactured at each orientation. People have used hemp fibers to make canvas, paper, and ropes. Testing machine. Test results confirmed that the chemical treatment removes the lignin, pectin and hemicellulose, as well as makes the surface rougher with the deposition of aluminum compounds. Compared to styrene, BMA molecules seemed to be more compatible with hemp fibers because the carboxylic ester group of BMA may easily interact with the hydroxyl groups of hemp fibers through H-bonding or other polar-polar interactions (Yampolskii and Bondarenko 1998). Mechanical strength parameters such as tensile strength, failure strain, and Young's modulus of diversified hemp fibers were determined within the range of single fiber cells and fiber filaments. Coarse Hemp fibers and yarns are woven into cordage, rope, sacking and heavy –duty tarpaulins. Polypropylene Hemp fibers mixed with polypropylene have improved mechanical properties, low abrasiveness, superior energy recovery, good damping, and a high strength to weight ratio. The journal Science ‘discovered’ a new material in 2004. Laminates were made of alkalized fibers with unsaturated polyester resin, using hand lay‐up and compression moulding. Effect of Heat: Hemp fiber has an excellent resistance to degradation by heat. Novel structural materials composed of industrial hemp fiber with recycled high density polyethylene (HDPE) as well as methods for the production of the same are disclosed. However, hemp has an even greater tensile strength! Its natural tensile strength and low weight make it a rapidly renewable, environmentally-conscience substitute for cotton, wood, fiberglass and other synthetic fibers. They also had ten times the tensile strength. The material's mechanical strength outperforms that of conventional lumber and could compete with glass fiber reinforced composites, particularly in tensile strength. Hemp fibers reduce the weight of a polyethylene matrix, while increasing mextrics like tensile strength, elastic modulus, flexural strength, and flexural modulus. Elementary fibers of flax [5-8], nettle [6] and wheat straw [9] are tested at single gauge length. SPILT TENSILE STRENGTH This method covers the determination of the splitting tensile strength of Cylindrical hempcrete specimens. tensile properties of hemp bres wi th mean bre width of 67 ± 26 m were evaluated. The use of hemp fibers as reinforcement in composite materials has increased in recent years as a response to the increasing demand for developing biodegradable, sustainable, and recyclable materials. By leveraging the tensile strength of hemp fibers, manufacturers can build products that are stronger and more durable. The hemp and glass fibres reinforced composite material components and products plays a major role in the field of automobile and construction sectors. 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