MELT SPINNING MACHINERY

Brand Owner Address Description
FORCE OERLIKON TEXTILE GMBH & CO. KG Leverkuser Str. 65 42897 Remscheid Germany Melt spinning machinery for the production of yarns, fibers or tows made of thermoplastics and parts of such machinery, in particular raw material storage containers, raw materials dryers, extruders, mixers, spinning pumps, spinnerets, spin finish units all sold as components of the aforesaid machinery; storage machinery for deposit of tows made of thermoplastics and parts of such machinery, namely, reels, can traversing units, cans, can conveyors all sold as components of the aforesaid machinery; drawing machinery for conveying and guiding threads, fibers or tows and parts of such machinery, namely, delivery units, draw rollers, godets all sold as components of the aforesaid machinery; stretching machinery for stretching of threads, fibers, or tow and parts of such machinery, namely, stretching units, godets, heaters for draw rollers and godets all sold as components of the aforesaid machinery; stuffer box crimping machinery for crimping of yarns, fibers or tows made of thermoplastics and parts of such machinery, namely, crimping rollers sold as a unit; fiber cutting machinery for cutting threads, fibers or tows made of thermoplastics and parts of such machinery all sold as components of the aforesaid machinery; baling press machinery for pressing cut staple fibers and parts of such machinery all sold as a unit; metal working machinery installations comprised of melt spinning machinery, drawing machinery, stretching machinery, stuffer box crimping machinery, fiber cutting machinery and baling press machinery for the production of cut staple fibers; metal working machinery installations comprised of drawing machinery, stretching machinery, stuffer box crimping machinery, fiber cutting machinery and baling press machinery for the production of cut staple fibers;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. An apparatus for spinning melt-spun filament yarns including a spin beam is disclosed. A polymer melt fed to a spin beam is distributed within the spin beam to a plurality of spinning cans mounted on the spin beam. To reduce costs to the manufacturer for ensuring ease of disassembly of the spin beam, as well as to avoid the need for disassembling the spin beam and having a furnace on hand, the spin beam is provided with an integrated or removably attachable regenerative heater by which the melt-conducting components of the spin beam can be heated to a regeneration temperature of between about 450 to 550° C. to pyrolytically remove the deposits.