Process of making extruded knit materials
The present invention generally relates to the process of making extruded knit materials in a continuous manner, and more specifically, to an in-line process utilizing a compound extrusion manifold comprising three or more rotary die assemblies for continuously extruding three or more polymeric filaments into a functional knit material suitable for bale wrap, cargo wrap, netted bags, drainage nets, and the like. The in-line process incorporates three or more rotary die assemblies, wherein each rotary die assembly comprises at least one extrusion orifice that is positioned within each of the individual dies so as upon rotation of each of the dies the continuously extruded filaments become intermingled and interlocked.
1 . An apparatus for continuously extruding a net material in an in-line process wherein said apparatus comprises three or more rotary dies that extrude one or more polymeric resins through one or more extrusion orifice; said dies driven by a motorized force to rotate said dies in unison with one another extruding said polymeric resins into said net material.
2 . An apparatus as in claim 1 , wherein said rotary dies are arranged in a linear formation.
3 . An apparatus as in claim 1 , wherein said rotary dies are arranged in a non-linear formation.
4 . An apparatus as in claim 1 , wherein said rotary dies comprise a stationary die.
5 . An apparatus as in claim 1 , wherein said rotary dies comprise a stack plate die insert.
6 . An apparatus as in claim 1 , wherein said extrusion orifice extrude polymers of dissimilar cross-sections.
7 . An apparatus as in claim 1 , wherein said rotary dies are compounded.
8 . A process for making a continuously extruded net material in-line comprising the steps of:
a. providing three or more rotary dies comprising at least one extrusion orifice, wherein said dies are rotated by a motorized force;
b. providing at least a one polymeric resin;
c. extruding said polymeric resin from said rotary dies thereby interlocking said polymeric resin into said net material; and
d. collecting said net material.
9 . A process for making a continuously extruded net material as in claim 8 , wherein said rotary dies are in a linear formation.
10 . A process for making a continuously extruded net material as in claim 8 , wherein said rotary dies are in a non-linear formation.
11 . A process for making a continuously extruded net material as in claim 8 , wherein said continuously extruded net material is a tubular formation.
12 . A process for making two or more interconnected continuously extruded net materials in-line comprising the steps of:
a. providing three or more rotary dies, each comprising at least one extrusion orifice, wherein said dies are rotated by a motorized force;
b. providing an intermediate rotary die assembly;
c. providing at least a one polymeric resin;
d. extruding said polymeric resin from said rotating rotary dies thereby interlocking said polymeric resin into said net material; and
e. collecting said net material.
13 . A process for making a continuously extruded net material in-line comprising the steps of:
a. providing at least two primary rotary dies assemblies, each comprising at least one extrusion orifice, wherein said dies are rotated by a motorized force;
b. providing at least one secondary rotary die assembly comprising at least one extrusion orifice;
c. providing at least a one polymeric resin;
d. extruding said polymeric resin from said rotary dies thereby interlocking said polymeric resin into said net material; and
e. collecting said net material.
14 . A process for making a continuously extruded net material in-line as in claim 13 , wherein said primary and secondary dies rotate at similar speeds.
15 . A process for making a continuously extruded net material in-line as in claim 13 , wherein said primary and secondary dies rotate at dissimilar speeds.