Enhanced multipurpose twist tie and method of fabrication and operation

A twist tie for enabling enhanced twisting and tying, the twist tie comprising:

• a pair of wires, the pair of wires defined by a longitudinal axis and a pair of wire termini, the pair of wires disposed in a generally helical configuration;
• a sheath, the sheath configured to at least partially encase the pair of wires, the sheath defined by an inner face having a generally octagonal shaped cross section, the octagonal shaped cross section of the inner face of the sheath configured to help restrict longitudinal and rotational movement by the pair of wires, the sheath further defined by an outer face having a plurality of longitudinal depressions, the plurality of longitudinal depressions configured to enable formation of a grip for enhanced manipulation of the twist tie, the sheath further defined by a pair of sheath termini, whereby the pair of wire termini at least partially protrude from the sheath termini;
• and
• a pair of cap ends, the pair of cap ends configured to detachably attach to the pair of sheath termini, whereby the pair of wire termini are detachably covered.

A method for fabricating and operating an enhanced multipurpose twist tie, the method comprising:

• intertwining a pair of wires in a generally helical configuration;
• encasing the helically configured wires within a sheath;
• restricting longitudinal and rotational slippage of the wires through an inner face having a polygon shaped cross section;
• gripping a plurality of longitudinal ridges or depressions on an outer face of the sheath for manipulating the twist tie;
• and
• attaching a pair of end caps to a pair of sheath termini to at least partially cover a pair of protruding wire termini.