The terminals (7) are connected to both end portions of the electric wire (9), which is a covered wire.
The invention further provides processes for manufacturing a sparkling dyed double covered yarn and fabrics comprising the same.
The invention relates to a method for producing covered yarn.
It is a cover at least part of which is constituted of a knit or woven fabric made of a covered yarn.
The shielded wire includes a conductor, an insulator covering the conductor, a braided wire disposed around the insulator, and an insulating sheath covering the braided wire.
Also provided is a dyed, corespun yarn which can be made by the inventive method, a fabric formed from the corespun yarn, as well as a product upholstered with the fabric.
The wire could be used in the braided wire of coaxial cables and pressure pipes and the welding wire for Al materials.
Provided is a novel method of dyeing a corespun yarn which comprises an inorganic fiber core and at least a first sheath.
The dyed corespun yarn has a strength retention of about 80% or more based on the undyed yarn.
The Leno chain is comprised of very fine monofilaments, as are the winding threads of the winding yarn.
The invention is directed to a fire resistant corespun yarn (Fig.1) and a fabric (Fig. 3) made therefrom.
The insulated wire is fed through a curing station (36) to allow curing of the additional insulation prior to winding the cured insulated wire into a coil (14).
A yarn core is covered with one or more yarns (6) in a coil-shaped manner.
A method and apparatus for producing randomly variegated multiple strand wrapped yarn in twisting together two or more yarns (16) at a plurality of yarn twisting stations.
A bedding cover such as a bed sheet, pillowcase, cover cloth for a sleeping mat, sheet for a sleeping mat, or pillow cover.