IMATTEC
Address
IMATTEC
278 chaussée Fernand Forest,
B.P. 440
59200 Tourcoing
Frankreich
Telephone+33 3 20 23 40 44
Fax+33 3 20 23 40 67
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About us
Tätigkeit : Entwicklung und Herstellung von Taylor-made Fortgeschrittenen Technischen Textilien (Fasern, Garne, Stoffe ...).
Anwendungsbereich : Industrie, Transport, Sport & Freizeit, Schutzausrüstung, Verteidigung, Smart Textilien ...
Anwendungsbeispiele : Filtration, Förderbänder, Handschuhe, Heizungsstrukturen (Kleider und Sitze ...), leitfähige Garne, Arbeitsanzug, Isolier- und Feuerlöscher (Feuerwehr, Transporte ...), Glasindustriezubehör, reibungsarme Verbundwerkstoff ("selbstgeschmiert" ), Virologie, Tieftemperatur-Textilien, ...
Themen / Problematik :
- Mecanical : Schnitt, Abrieb, Stoß, mechanische Belastungen, Vibrationen, Thermisch : hohe & niedrige (kryogene) Temperatur, Isolierung, Bloker, Rauchentwicklung, Toxizität,
- Chemisch : Chemisch unbedenklich, Stabilität,
- Smart : Heizung, statische Elektrizität, Leitfähig, Sensor,
- Visuelle Effekte : Färben, Photolumineszenz, Retro reflektierend,
- Rohstoffe Beispiel : Edelstahlfasern, Vectran, Aramiden, PTFE, PBO, PVA, silber ...
Techniken : Spinnen, Stricken, Stretch Brechen, Schneiden, Mischen, Verdrehen, Abdecken, Wickeln, Färben, Veredeln, Weben, Flechten, Vlies, Laborkontrollen (physikalische und chemische Tests) ...
Entwicklungen : Fasern, Faserbänder, Garne, Fäden, Seile, Kabel, Schnüre, Stoffe
Our product groups
- Fibres and Yarns
- Woven Fabrics, Laid Webs, Braidings, Knitted Fabrics
Our application areas / Solutions
Keywords
- Aramide
- PTFE
- yarn
- fabric
- Stainless steel
Our Products

VECTRAN
High mecanical resistance, cut proof, flex fatigue resistance, abrasion resistance, temperature variation (hot and cold (cryogenic))...
Yarns and fabric made in pure on vectran blends with other technical materials or conventional material.
Type : LCP (Liquid Crystal Polymer
Color : light beige
Tenacity : 210cN/Tex
Elongation : 3.3%-3.9%
Moisture regain : <0.1%
Density : 1.4g/cm3
L.O.I : >30
Shrinkage in boiling water : approx 0%
Alcali and acids resistance : Hydrolitically stable, resistant to organic solvents, stable to acids (<90% conc.), stable to bases (<30% conc.)
Stainless steel
High temperature resistant, conductive, high density, antistatic, chemical resistant...
Products based on stainless steel fibers, in different form (staples, slivers, yarns, fabrics...), in different fibre length and fibre sections (8,12,22µm...), in different blends (with technical material or not)...
PROPERTIES (AISI 316L)
Tenacity : 17 – 18 cN/Tex
Elongation : 1 %
Density : 7,9 g/cm3
Electrical resistivity : 74 .10-6/Ω.m (20°C , 108. 10-6/Ω.m (600°C)
Thermal conductivity : 14,6-15 W.m-1.K-1 (20°C)
Mass specific heat : 500 J.Kg-1.K-1 (20°C), 545 J.Kg-1.K-1(600°C)
Melting-point temperature : 1380°C
Coefficient of dilation : 16.0 (100°C), 18.5 (20°C to 800°C)
IMAT'Fire
Fire resistant, low gaz generation and low toxicity when it burn, chemical resistant...
Staple, yarn and fabric pure and blend. Colours possible.
MECHANICAL PROPERTIES
Tenacity : 13 - 15 cN/Tex
Elongation : 10 – 20 %
Density : 1.5 g/cm3
Water absorption : 47%
Water regain : 11%
Shrinkage in boiling water : approx. 0%
THERMAL PROPERTIES
Thermal conductivity : 45 mW/ m .°C
Calorific value : 4300 Kcal/kg
Thermal shocks: > 300°C
FIRE BEHAVIOUR
L.O.I : > 40
Continuous temp. of use : 230 - 250°C
Auto-ignition: 435°C (100% O2)
Smoke and gas : H20 and negligible traces of HCN, HCl, Nox
ALCALI AND ACID RESISTANCE
Very good. Non soluble in common solvents.
After 24h at 200°C, retains 100% of mechanical properties.
NORMS
U.V. stability (Dyed) : 100h Xenotest
Fire and smoke classification : M1 – F1
EN 15025 (Flame resistance) : level 7
EN 367 (heat conduction) : 7 seconds

Others
high mecanical performances, resistance under high temperature, chemical resistance, retro-reflective, photoluminescent, water solvable,...
Aramid (para, meta), PBO zylon, water solvable, glass, basalt, polyacrylate....and many others. Very large range of possibilities function as problematic that may be various in nature : mechanical under temperature (cryogenic or hot), under UV or chemical contact or environnement...
Combinaison between very high performance materials are ever possible. But also with conventional materials synthetic, artificial, natural, mineral... (wool, polyester, polyamid, viscose, linen, hemp...)
PTFE
Chemical resistant, UV resistant, Temperature resistant (hot & cold), fire resistant, low friction...
possibilities in yarn and fabric in pure and blends with technical materials or not.