Products
Fiber Innovation Technology manufactures AXXEL™ brand specialty fibers for applications across the full spectrum of textiles.  While many of our products are designed and produced to meet specific needs for individual customers, others are available as "standard" items.  Below is a summary listing of FIT specialty fiber items now available.  As always, we are eager to discuss variants of the items shown or other, new fiber products designed to meet your unique needs. 
 
Staple Fibers:
 
Fiber Type Description                                        Items Available      
  
  Specialty single-polymer fibers, round, solid
T-109       PET undrawn binder fiber   3 denier x 1.5 in.
T-135 PETG undrawn binder fiber 8 denier x 1.5 in.
T-137       PETG drawn binder fiber   4 denier x 2 in.
T-180       PCT   3, 6, 15 denier x 1.5 - 3 in.
T-185       PPS  

2.3, 2.7 denier x 1.5, 2, 2.5, 3 in.,

7 denier x 3 in.

  T-811   PLA (Ingeo™)  

1.3 denier x 0.25, 1.5 in.

 
  T-821       PLA (Ingeo™)  

3 denier x 2, 3 in.,

6 denier x 4 in.,

17 denier x 3 in.

 
F1000-1008, 1030, 1001       ULTEM*   2, 4, 6 denier x 2, 3, 6 in.
F1000-1003       ULTEM*  

4 denier x 0.25 in.

                       
     

Specialty single-polymer fibers, round, hollow

       
  T-820   PLA (Ingeo™)  

4 denier x 1.25, 2, 2.5 in

7 denier x 2, 2.5, 3 in.

 
                       
  Single-polymer shaped-cross section fibers
T-401       4DG™ cross section, PET   6 denier x 1.5, 3 in.
  T-188   Ribbon cross section, PPS   2 denier x 1.5, 3 in.  
 
  Concentric sheath/core bicomponent fibers
T-201       110șC "melt"  amorphous CoPET/PET   2 denier x 1.5 in.  
T-202 185șC "melt" amorphous CoPET/PET 3 denier x 1.5, 1.75, 2 in.
T-203 110șC "melt" amorphous CoPET/PET, gray 3.5 denier x 2 in.  
T-204       185șC "melt" amorphous CoPET/PET, black   3 denier x 1.75, 3 in.  
T-207 130șC "melt" amorphous CoPET/PET 4 denier x 1.5, 2 in.
                   
T-215       150șC melt crystalline CoPET/PET   3.5 denier x 2 in.  
  T-217       180șC melt crystalline CoPET/PET   3.5, 4.5, 6 denier x 2 in.    
T-225       150șC melt crystalline CoPET/PET, black   3 denier x 2 in.  
T-240 125șC melt crystalline CoPET/PET 20 denier x 2 in..
               
T-250 128șC melt HDPE/PET 3 denier x 1.5 in.  
T-251 128șC melt HDPE/PP 1.5, 3, 6, 10, 18, 32 denier x 1.5 - 3 in.
T-252       128șC melt LLDPE/PET   2, 3 denier x 1.5, 2 in.  
T-260       160șC melt PP/PET   3 denier x 1.5 in.  
  T-280 PPS/PET 3 denier x 1.5, 3 in.
T-281       PPS/PET undrawn   6 denier x 1.5 in.  
 
  Segmented splittable bicomponent fibers
  T-500       16 segment splittable PET/PLA   3 denier x 2 in.    
T-502       16 segment splittable PET/nylon 6   3, 6 denier x 1.5, 2 in  
T-512 Easy-split, 16 segment, PET/nylon 6 3 denier x 2 in.
 
Islands in the sea bicomponent fibers
T-710       37 islands of nylon 6, dissolvable coPET sea   3 denier x 2 in.  
T-720       37 islands of nylon 6, dissolvable coPET sea   4.5 denier x 2 in.  
  
Packaging:
AXXEL™ specialty staple fibers are packaged in standard textile bales of approximately 500 lbs. (230 kg) The wraps are laminated, woven polypropylene; the straps are welded polyester.  Bale dimensions:  48.5 in. x 37 in. x 25 in. (1.2 m x 0.9 m x 0.6 m)
 
 
Continuous Filament:
 
Product ID Description                                        Items Available      
  
  Single-polymer continuous filament yarns, round, solid
X11P-1179       ULTEM*   288/72, Interlace available
F1000-1004, 1006, 1005 ULTEM* 480/72, 750/144, 1000/144, Interlace available
F1000-1008       ULTEM*   576/288
 

Information on Ultem* typical properties and market applications available here.

*Trademark of SABIC Innovative Plastics IP BV

 
Notes:  PET = polyethylene terephthalate (polyester), CoPET = copolyester, HDPE = high-density polyethylene, PP = polypropylene, PLA = polylactic acid, PETG = glycol-modified PET, LLDPE = linear low density polyethylene, PPS = polyphenylene sulfide, 4DG = Capillary Surface Material trademark of Clemson University Research Foundation.
 

Disclaimer:  To the best of our knowledge, the information contained herein is accurate.  However, Fiber Innovation Technology assumes no liability for any inaccuracy.  Final determination of suitability of any material and whether there is any infringement of patents is the sole responsibility of the user.

 
 
 
 
 

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