Browsing author
Different kinds of narrow fabrics such as ribbons, laces, cords, tapes, labels, webbings, wicks, elastics, ropes, straps, trims, fringes, lanyards, etc. may be crafted out of different kinds of materials such as leather, cotton, polyester, Teflon, rubber, jute, nylon, fiberglass, and beads for Luggage manufacturing.
How the airbags are made, material, production process, and its components used to manufacture a typical air bag which consists of an air-bag module (containing an inflator or gas generator and an air-bag), crash sensors, a diagnostic monitoring unit, and a steering wheel connecting coil.
The air bags are of greater importance in today’s vehicles since safety of human life is of prior importance. Since the count of automobiles is increasing tremendously on our roads, the probability of accidents is also more.
So far a safe riding and for saving the precious life the safety bags must be implemented. Today it is the privilege of the high class people who own high priced cars. Let’s hope every automobile manufacturer implement the same since safety for life is inevitable. The number of persons killed or injured in traffic has dropped continuously since the development of air bag system.
Over the time, the development of seat belt becomes an indisputable matter of course. Today, the 3- point automatic seat belt, seat belt tensioner and airbag constitute a carefully matched passenger protection system. Implementation of these safety restraint systems with due care and regulation can further drop the fatality rate and serious injuries at the time of road accidents.
ELECTROSPINNING PROCESS Electrospinning is from the academic as well as technical perspective presently the most versatile technique for the preparation of continuous nanofibers obtained from numerous materials including polymers, metals, and ceramics. Electrospinning is a physical process used for the formation of thin fibers in which a viscous liquid is subjected to electrical shear stress […]
When the diameter of the fibers is in the nanometer range, several amazing characteristics appear, such as the very large surface area to volume ratio, flexibility in surface functionalities, and superior mechanical performance (e.g., stiffness and tensile strength) compared with any other known form of material.
The high tenacity yarn has high strength, durability and chemical resistance, and withstands an extremely hot environment that can stress conventional multi-filaments to their performance limits.
Introduction Natural indigo is now being used by several fashion retail giants such as H&M on a large scale to replace synthetic indigo dye for developing safe, green, and sustainable jeans. Since natural indigo originates from natural resources, it is treble the cost of synthetic indigo dye. Clear evidence of dyeing fabrics with natural indigo […]
Denim is a quality product and is multipurpose it can be used as a garment and clothing as well as package or covering. It’s a diverse material with multiple types each with a unique quality. Denim has a lot of scopes and if used consciously can create a great scope for humanity. One of the best ways to shop in a sustainable way is to do so within the circular economy, prolonging the life of garments and keeping them out of landfills that much longer. Also since denim is a durable fabric hence, we can easily upcycle denim.
Denim is made from a tightly woven twill in which the weft passes under two or more warp threads. Denim is an indigo-dyed cotton twill fabric in which the weft passes under two or more warp yarns.
Denim fabrics are after all fabrics made with yarns of varying fibre properties and manufacturing processes. The article explains the process of spun yarn manufacturing in the context of denim fabrics manufacturing.