TAY

Tay is a versatile producer with 4 specialist areas:

1.REGENERATED PARA-ARAMID FIBRES AND YARNS

High Cut and Heat resistance at a good price. Regenerated technical yarns in para-aramid fibers.

The regenerated para-aramid fibers maintain some technical properties similar to original fibers: in particular the high heat resistance makes this fiber very important in the industrial textiles production and fabrics in which even the price has an important role. This is suited to heavier counts like Nm 4 to Nm 16 and these counts can be plied to make them thicker to create dense heat resistant fabrics for personal protection, conveyor belts, narrow fabrics, etc

2.CUT RESISTANT YARNS

Using fibres like UHMWPE, Twaron®, glass, steel and other fibres 

We are now supplying Tay Yarn’s technical yarns for the production of cut resistant fabrics and gloves that can obtain the highest cut level in respect of the main European and US standards. We can combine filament and spun yarn together using different fibres to create a final yarn that can meet the exact properties of a specific application

3.FIRE RESISTANT YARNS

Varying the technical fibre types used and combining fibres of different types. Tay produces yarn for any kind of heat resistant application. Spun yarns produced using the stretch-broken spinning system enable fibres such as Twaron, Kevlar, Nomex, Vectran and other high tech fibres to be spun down as fine as Nm 120

The quality and technical characteristics are the main focus and these yarns are exposed to extreme temperature. The Tay team pays maximum attention to the respect of percentage and technical standard of the supplied yarns.

4.SEWING THREADS

We supply Spun 100% para aramid yarns using branded Kevlar, Twaron, Technora, etc. Counts Nm 28/2, 50/2, 50/3, 50/4 and 100/2 are regular counts in the aramid types. These can be supplied on cone but more often than not we supply these threads on king spools.

These are spun using the stretch broken spinning process, which is one of Tay’s specialities. Stretch broken spinning starts with stretching and breaking continuous filament yarn. This produces long discontinuous broken filaments that have a lower elongation and a thinner diameter due to the process they just went through. These filaments are much longer than those used in conventional cotton spinning and they can be spun into finer counts. With more individual filaments in the cross-section and long fibres it means that high strength, consistent spun yarn is available. This fits perfectly with the requirements of sewing threads for many applications, because the elongation is low.

We also have another technology that suits sewing threads for industry. This is twisting para-aramid yarn around a core of steel wire, which gives a strong yarn that retains its integrity even in applications where the para aramid is burnt off, due to the steel.  Ask us about Nm 2100 steel and para aramid.