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filament A filament is a fine, thinly spun thread, fiber, or wire. filling See Weft finishing Finishing refers to any process performed on yarn or fabric after weaving to improve the look, performance, or "hand" (feel) of the finished textile. [13] fishnet Fishnet is a material with an open, diamond shaped knit. flannel
Bundles of stainless steel fibers can be converted to yarns by textile spinning processes. There are two forms of yarn: one with a low amount of fibers and one with a high amount of fibers. The former, with a number of filaments of around 275, can be converted into a filament yarn by adding twist to the bundle.
Also, more than one filament can sometimes grow out of one metal particle. Filamentous carbon is either helical, straight, or twisted. [1] It contains graphite layers in a conical shape. [2] They planes of graphite located close to the interface between the carbon and the nickel atom in the filament are parallel to the interface. The filaments ...
The word filament, which is descended from Latin filum meaning "thread", is used in English for a variety of thread-like structures, including: Astronomy
The opposite is a filament fiber, which comes in continuous lengths. Staple length is a characteristic fiber length of a sample of staple fibers. It is an essential criterion in yarn spinning, and aids in cohesion and twisting. Compared to synthetic fibers, natural fibers tend to have different and shorter lengths.
Stress fibers are primarily composed of actin and myosin. Actin is a ~43kDa globular protein, and can polymerize to form long filamentous structures. These filaments are made of two strands of actin monomers (or protofilaments) wrapping around each other, to create a single actin filament.
Filament fibers, which are generally longer and smoother than staple fibers, [21] are used in items that have a silkier appearance such as women's clothing and men's dress shirts. Lyocell may be blended with a variety of other fibers such as silk , cotton, rayon, polyester, linen , nylon , and wool .
Textile fibers come in a variety of shapes and forms. The fiber shape of synthetic fibers is controlled with a device spinneret during manufacturing (extrusion) process, whereas natural fibers conceive their shape with a variety of factors such as cellulose built up in plant fibers, and in silk, the shape of orifice from where the silk fibers are extruded.