F TO F: LEARN IT ALL
Introduction: Sportswear is no longer simply clothing designed to cover the body. Modern sports textiles are engineered materials designed to interact with the athlete, the activity and the surrounding environment. A runner may need rapid sweat transport and cooling. A cyclist may need aerodynamic construction, stretch and low mass. A mountaineer may require thermal insulation, … Read more
Introduction Nanofibres for medical applications have emerged as a promising area of advanced textile and biomaterials research. Their extremely small fiber diameter, high surface-area-to-volume ratio, interconnected porosity, and flexibility enable delivery, wound care, and tissue engineering. They also support regenerative medicine and biosensing. Unlike conventional textile fibers, nanofibres can be engineered to reproduce some of … Read more
Rudra Narayan Saha & Rafi AhammedResearch ScholarDr B R Ambedkar National Institute of Technology, Jalandhar, Punjab, IndiaEmail Id – rudenarayansaha37469@gmail.com, rafiahammedgcetts@gmail.com Introduction The textile and apparel industry relies on standardised testing to evaluate the quality, durability, comfort, safety, and performance of fibres, yarns, fabrics, and garments. ASTM International provides numerous standardised test methods used by textile … Read more
Ken Berryken@customboxeslane.comCustom Boxes Lane Introduction The textile and apparel industry depends on quality, presentation, and customer experience. Every product from scarves and ties to socks and fashion accessories deserves packaging that protects it while creating a memorable first impression. Here, custom pillow boxes become an excellent choice. Designed with a curved shape and compact structure, … Read more
1. Introduction: The spinning process is a fundamental stage in textile manufacturing where raw cotton fibres are transformed into yarn. This transformation involves a series of mechanical processes designed to clean, align, and convert fibres into a continuous strand. Understanding both the sequence of processes and the material flow at each stage is essential for … Read more
1. Introduction to Thermal Properties in Textiles Thermal performance is a fundamental parameter in modern textile manufacturing, governing how fabrics interact with heat and ultimately influencing comfort, functionality, and end-use performance. Whether designing winter jackets, sportswear, bedding, or advanced technical textiles, manufacturers must understand how materials insulate the body, conduct heat, and respond to changing … Read more
Introduction: Noise pollution has escalated into one of the most pervasive environmental challenges of the 21st century. Rapid urbanisation, the densification of transport networks, and industrial expansion have subjected populations to chronic exposure to unwanted sound. Beyond mere annoyance, prolonged noise exposure is linked to severe health outcomes, including sleep disturbance, cardiovascular stress, and reduced … Read more
1. Introduction Weaving is one of the oldest and most fundamental methods of fabric formation in textile engineering. At its core, weaving involves the systematic interlacing of two distinct sets of yarns, warp (lengthwise) and weft (crosswise), to produce a stable and durable fabric structure. Although weaving techniques date back thousands of years to early … Read more
Introduction: Traditional and handloom textiles encompass a wide range of woven, dyed, and embellished fabrics produced on non-mechanized looms using regionally embedded skills and knowledge systems. These textiles historically served everyday, ceremonial, and status functions in local communities but are increasingly visible in contemporary silhouettes, designer collaborations, and even global trend forecasts. For students and … Read more
Introduction: The textile and apparel industry operates in one of the most complex manufacturing environments globally. High product variety, short fashion cycles, labour-intensive processes, strict quality requirements, and increasing pressure for cost efficiency and sustainability make operational excellence a constant challenge. Manufacturers are expected to deliver high-quality products at competitive costs, while simultaneously reducing lead … Read more