0shares Facebook Twitter LinkedIn Tumblr Digg Print Reddit Weibo Xing Blogger MySpace Frictional Properties Friction is a vital important factor in the application of fibrous materials to engineering. Frictional property is the surface property of the fibers when two solid surfaces slide against each other. Due to fiber friction, static charge and heat energy is […]
Yarn Engineering
Thread Numbering System
0shares Facebook Twitter LinkedIn Tumblr Digg Print Reddit Weibo Xing Blogger MySpace Thread Numbering System Sewing Thread: Sewing thread is an essential element of garments. Sewing threads are special kinds of multi-layer yarn that are engineered and designed to pass through a sewing machine rapidly. It can be made out of many different materials including […]
Textile Testing : Pilling Test of Fabric
0shares Facebook Twitter LinkedIn Tumblr Digg Print Reddit Weibo Xing Blogger MySpace Pilling Test of Fabric | Pilling Phenomena Pilling: Pilling is formation of little balls of fibers (pills) on the surface of a fabric which is caused by abrasion in wear. Pilling is the tendency of fibers to come loose from a fabric surface and […]
Torsional Properties of Textile Materials
0shares Facebook Twitter LinkedIn Tumblr Digg Print Reddit Weibo Xing Blogger MySpace Torsional Properties of Textile Materials Torsional Property: Fibers are twisted to form yarns, while are made into textile fabrics or ropes. The torsional properties determine how fibers respond while being twisted. Torsional Rigidity: The torsional rigidity is the resistance of a fiber to […]
Flexural Properties of Textile Materials
0shares Facebook Twitter LinkedIn Tumblr Digg Print Reddit Weibo Xing Blogger MySpace Flexural Properties of Textile Materials The behavior which shows by textile material during bending is called flexural (bending) property. The importance of Flexural properties is required when we wear cloth. Significance of Bending and Twisting: ❶ The bending and twisting of fibers influence […]
Lap Preparation in Combing | Sliver Lap Machine | Ribbon Lap Machine
Lap preparation is the process to prepare for combing process by making flat laps with combining multiple threads of carded slivers. It is the important step in the combing process, which influences the quality of the combed sliver.
Basic Concept of Combing Process | Types of Comber Machine
Combing is the process that removes the final proportion of short fibers, neps and others impurities such as vegetable matter and seed coat fragments in cotton that has already been carded. Combed yarns are superior in quality when compared to carded yarn as they are generally finer, stronger, smoother and more uniform due to the removal of short fibers and the alignment of fibers.
Different Action of Combing Machine
Noil consists of shorter fibers and neps. The amount of noil removed in the combing process may be varied to suit the circumstances and is usually expressed in percentage based on the original weight of laps fed into the machine.
Production Calculation of Lap Former Machine
0shares Facebook Twitter LinkedIn Tumblr Digg Print Reddit Weibo Xing Blogger MySpace Part 1: Basic Concept of Combing Process | Types of Comber Machine Part 2: Lap Preparation | Sliver Lap Machine | Ribbon Lap Machine Part 3: Production Calculation of Lap Former Machine Part 4: Different Action of Combing Machine | Comber Waste in […]
Production Calculation of Comber Machine
0shares Facebook Twitter LinkedIn Tumblr Digg Print Reddit Weibo Xing Blogger MySpace Part 1: Basic Concept of Combing Process | Types of Comber Machine Part 2: Lap Preparation | Sliver Lap Machine | Ribbon Lap Machine Part 3: Production Calculation of Lap Former Machine Part 4: Different Action of Combing Machine | Comber Waste in […]