When it comes to our Recycling-Yarns, we generally differentiate between whether recycled material shall be used only for the sheathing or also for the core.

The most common design is the use of RE-PU for the sheathing, which consists of 100% PIR material (Post Industrial Recycled Material).

Depending on requirements (e.g., color and gloss level), additives may need to be added. We also offer sheathing made from RE-PE and RE-PP, which also contain recycled material.

Our standard cores made of PES or PA, also available in high-tenesity versions, can be used as the core.

We also offer cores made of RE-PES, which consist of 100% recycled PET. This means we can produce coated yarns almost entirely from recycled material.

Bei unseren Bio-Garnen unterscheiden wir zwischen drei verschiedenen Typen:

• Bio-basierte Ummantelungen (z.B. aus ECO-PU oder ECO-PVC) bestehen aus nachwachsenden Rohstoffen, sind jedoch nicht biologisch abbaubar.
• Bio-abbaubare Ummantelungen (z.B. aus PBAT) bestehen aus synthetischen Rohstoffen, sind jedoch biologisch abbaubar.
• Bio-basierte und -abbaubare Ummantelungen (z.B. aus PLA oder PBS) bestehen aus nachwachsenden Rohstoffen und sind zudem auch biologisch abbaubar.

Alle Standard-Seelen aus PES und PA (auch in hochfester Ausführung) können mit diese drei Materialtypen problemlos ummantelt werden.

Unsere Bio-Seelen (z.B. aus ECO-PES oder Viskose) sind biologisch abbaubar. Ein Einsatz dieser Seelen macht jedoch nur dann Sinn, wenn auch die Ummantelung bio-abbaubar ist, also aus z.B. PBS, PLA oder PBAT besteht.

Bislang sind die bio-basierten und -abbaubaren Ummantelungen nur mit natürlichem Farbton verfügbar, jedoch sind farbige Varianten durchaus möglich.

Our Special-Yarns porfolio comprises all coated yarns that have special requirements for the core, which can manifold.

For example, cores made of high-performance plastics such as UH-MWPE, aramid, or carbon can be used to produce yarns with very high tensile strength. For these yarns very often standard plastics are used for the coating. However, also recycled or bio-based plastics are suitable.

Transparent monofilaments are often used in combination with a transparent PU- coating for completely transparent yarns. In addition to this visual effect, these yarns have a very good haptic as well as an excellent abrasion and UV resistance.

Customers often provide us with special cores, e.g., made of glass, basalt, or metal, which we then coat with plastic according to specific requirements. For example, electrically conductive yarns can be produced with a metal core, or non-stretchable yarns with a glass core.

For our standard yarns, we use PES or PA as the core, which is also available in high-tenesity versions for improved strength. PES is often preferred because it is more cost-effective and temperature-resistant.

PU is mostly used as the coating because it has very good abrasion and UV resistance and offers the greatest variability in terms of appearance (color, gloss level) and feel (soft touch). It can also be used for transparent, luminescent, or flame-retardant effects.

As a more cost-effective alternative, we offer PVC as a coating, which is also very abrasion-resistant, UV-resistant, and flame-retardant. If PVC is not desired, PE/PP can be used as an alternative, especially if the yarn is to be bonded with other PE/PP materials.

We manufacture yarns with a PC coating for textiles that are hot-pressed. Varrious TPE-types were chosen as coatings for particularly good aging resistance and special bonding with other TPE materials.

When it comes to our Recycling-Yarns, we generally differentiate between whether recycled material shall be used only for the sheathing or also for the core.

The most common design is the use of RE-PU for the sheathing, which consists of 100% PIR material (Post Industrial Recycled Material).

Depending on requirements (e.g., color and gloss level), additives may need to be added. We also offer sheathing made from RE-PE and RE-PP, which also contain recycled material.

Our standard cores made of PES or PA, also available in high-tenesity versions, can be used as the core.

We also offer cores made of RE-PES, which consist of 100% recycled PET. This means we can produce coated yarns almost entirely from recycled material.

Bei unseren Bio-Garnen unterscheiden wir zwischen drei verschiedenen Typen:

• Bio-basierte Ummantelungen (z.B. aus ECO-PU oder ECO-PVC) bestehen aus nachwachsenden Rohstoffen, sind jedoch nicht biologisch abbaubar.
• Bio-abbaubare Ummantelungen (z.B. aus PBAT) bestehen aus synthetischen Rohstoffen, sind jedoch biologisch abbaubar.
• Bio-basierte und -abbaubare Ummantelungen (z.B. aus PLA oder PBS) bestehen aus nachwachsenden Rohstoffen und sind zudem auch biologisch abbaubar.

Alle Standard-Seelen aus PES und PA (auch in hochfester Ausführung) können mit diese drei Materialtypen problemlos ummantelt werden.

Unsere Bio-Seelen (z.B. aus ECO-PES oder Viskose) sind biologisch abbaubar. Ein Einsatz dieser Seelen macht jedoch nur dann Sinn, wenn auch die Ummantelung bio-abbaubar ist, also aus z.B. PBS, PLA oder PBAT besteht.

Bislang sind die bio-basierten und -abbaubaren Ummantelungen nur mit natürlichem Farbton verfügbar, jedoch sind farbige Varianten durchaus möglich.

Our Special-Yarns porfolio comprises all coated yarns that have special requirements for the core, which can manifold.

For example, cores made of high-performance plastics such as UH-MWPE, aramid, or carbon can be used to produce yarns with very high tensile strength. For these yarns very often standard plastics are used for the coating. However, also recycled or bio-based plastics are suitable.

Transparent monofilaments are often used in combination with a transparent PU- coating for completely transparent yarns. In addition to this visual effect, these yarns have a very good haptic as well as an excellent abrasion and UV resistance.

Customers often provide us with special cores, e.g., made of glass, basalt, or metal, which we then coat with plastic according to specific requirements. For example, electrically conductive yarns can be produced with a metal core, or non-stretchable yarns with a glass core.