TFF FR Logo

HIGH TENACITY
FLAME RETARDANT
MULTIFiLAMENT YARNS

The FilamentFactory in Bad Hersfeld has a proven track record of producing flame retardant multifilament yarns. Our FR yarns are the result of continuous product development and our commitment to offer our customers best-in-class products. This next generation of polyester industrial FR yarns combines non-toxic flame retardant performance with low shrinkage and the highest possible tenacity.

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USE CASES

Flughafen Gate

Transportation

Stuftsruine Bad Hersfeld

Textile architecture

Klimaschirme Textile Belüftung

Climate screens /
Textile ventilation

Safety
First and foremost our FR yarns offer long lasting safety to your products. It helps support shorter burn length and lower flame propagation.

Performance
Flame-retardant polyester yarns have historically resulted in lower tenacity values than conventional polyester yarns. Now with tensile values up to 70cN/tex, our FR product line sets a new bench mark in industrial flame-retardant yarns. Combined with extremely low shrinkage values, this next generation fibre is an absolute powerhouse.

Durability
The industrial yarn quality makes our FR permanent flame retardant and more durable than textile grade flame-retardant yarns. The flame retardant properties are strongly anchored into the polymer chain. This will guarantee yarn properties throughout your production process and deliver them to your end product.

New generation of FR-HT-PET
Achieved by use of new cutting edge
technology based on poly-phosphanate
chemistry

Additional properties
Such as Adhesion activated (AA) and LOWIK

Halogen free
Reach conformity, Substainability

Inherent, non-migrating
Integrated in the polymer matrix
physical bond to long molecular chains
chemical bond to carboxyl end groups

High-quality
2-step product made in Germany.
Properties such as tenacity, elongation
and shrinkage are extremely constant

Full titer range
33 dtex up to 6600 dtex

High Tenacity
Up to 70 cN/tex possible

Flexibility
Titer, tenacity, HAS% can be optimized