51
Cunningham David Verlin, Kavesh Sheldon, Griffin Christopher Patrick, Hall Allan Richard: Process for making an abrasion resistant quasi monofilament. Alliedsignal, sCRISS Roger H, October 3, 1996: WO/1996/030567

A quasi monofilament having a high strengh polyethylene fiber core with an adherent, abrasion resistant polymer sheath is prepared by feeding the core yarn through a crosshead die, while simultaneously supplying a polymer melt at a temperature greater than the melting point of the core yarm to the d ...


52
Cunningham Davis Verlin, Kavesh Sheldon, Griffin Christopher Patrick: Abrasion resistant quasi monofilament and sheathing composition. Alliedsignal, sCRISS Roger H, October 3, 1996: WO/1996/030568

Aquasi monofilament having a high strength polyethylene fiber core with an adherent, abrasion resistant polymer sheath is prepared by feeding the core yarn through a crosshead die, while simultaneously supplying a polymer melt at a temperature greater than themelting point of the core yarn to the di ...


53
Kavesh Sheldon: Process for forming fibers and fibers formed by the process. Allied Signal, sWINTER Richard C, January 12, 1989: WO/1989/000213

This invention relates to a process in which a fiber is formed by spinning a melt or solution of a polymer through a capillary spinneret having a length/diameter (L/D) ratio equal to or greater than about 25:1, and fibers formed by such method.


54
Kavesh Sheldon: High tenacity, high modulus filament. Honeywell International, CRISS Roger H, October 4, 2001: WO/2001/073173

Polyethylene solutions are extruded through a multi-orifice spinneret into a cross-flow gas stream to form a fluid product. The fluid product is stretched at a temperature at which a gel will form at a stretch ratio of at least 5:1 over a length of less than about 25 mm with the cross-flow gas strea ...


55

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Kavesh Sheldon: Process for forming fibers and fibers formed by the process.. Allied Signal, May 30, 1990: EP0370047-A1

This invention relates to a process in which a fiber is formed by spinning a melt or solution of a polymer through a capillary spinneret having a length/diameter (L/D) ratio equal to or greater than about 25:1, and fibers formed by such method.


57
Kavesh Sheldon: High tenacity, high modulus filament. Honeywell Int, January 2, 2003: EP1268889-A1

Polyethylene solutions are extruded through a multi-orifice spinneret into a cross-flow gas stream to form a fluid product. The fluid product is stretched at a temperature at which a gel will form at a stretch ratio of at least 5:1 over a length of less than about 25 mm with the cross-flow gas strea ...


58
Cunningham David Verlin, Kavesh Sheldon, Griffin Christopher Patrick, Hall Allan Richard: Process for making an abrasion resistant quasi monofilament. Allied Signal, January 7, 1998: EP0815296-A1

A quasi monofilament having a high strengh polyethylene fiber core with an adherent, abrasion resistant polymer sheath is prepared by feeding the core yarn through a crosshead die, while simultaneously supplying a polymer melt at a temperature greater than the melting point of the core yarm to the d ...


59
Cunningham Davis Verlin, Kavesh Sheldon, Griffin Christopher Patrick: Abrasion resistant quasi monofilament and sheathing composition. Allied Signal, January 7, 1998: EP0815297-A1

Aquasi monofilament having a high strength polyethylene fiber core with an adherent, abrasion resistant polymer sheath is prepared by feeding the core yarn through a crosshead die, while simultaneously supplying a polymer melt at a temperature greater than themelting point of the core yarn to the di ...


60
Tam Thomas Y t, Zhou Qiang, Young John A, Arnett Charles R, Brodie John D, Twomey Conor J ie, Wagner Lori L, Kavesh Sheldon: High molecular weight poly(alpha-olefin) solutions and articles made therefrom. Honeywell Int, Lin Yibin, Wei Xinhua, June 17, 2009: CN200780020222

A robust process for the continuous preparation of solutions of high molecular weight UHMW PO that is capable of producing strong materials at high production capacity, is conservative of capital and energy requirements, and the articles made therefrom.