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C-PLY™ SP TL30 150 CT3,4 12K HS

Chemical Family
Carbon Fiber

C-PLY™ SP TL30 150 CT3,4 12K HS is a 150 gsm triaxial spread-tow carbon NCF, 0/+30/-30°, 50 gsm/ply.It is made using 12K HS carbon fiber.The special orientation at 30° angles and ultra-lightweight plies, reducing the weight of the material, make this suitable for use on composite parts, according to the direction of mechanical stresses.

Product families

Applications

Applications
  • Consumer Goods — Sports & Recreation
Automotive & Transportation — Automotive
  • Chassis & Brake
  • Exterior & Body
Automotive & Transportation — Transportation
  • Aerospace & Aviation
  • Marine

Product Families

Composite Materials — Reinforcements
  • Carbon Fiber

Other characteristics

Brand
C-PLY
Features

Good Mechanical Properties, Improved Mechanical Properties

Reinforcement Form
Other Reinforcement Forms
Reinforcement Material
Carbon Fibers
Markets
  • Automotive & Transportation
  • Consumer Goods
Options

Powdering an epoxy binder will enhance products stability during cutting and preforming operations. The choice of a binder depends on the matrix compatibility and process conditions. Powdering weight ranges from 5 to 30g/m² and can be adapted to customer requirements (single side, double side) and product constructions.; Various Veil (PES, Glass,…) or thin Web (CoPa,…) can be heat set or stitched for Stability, Aspect or Preforming purposes.; Online slitting capabilities as narrow as 14 cm (5.5'').; Other angles are possible upon request down to 22,5°.

Assembly
Assembly: Stitching Mix Polyester 3.4mm
Material
Material(s)
Carbon
Fiber(s)
T700SC
Number of filaments
12K
Conditioning
Width(s)
125 cm
Roll Length
200 ml
Construction
Total weight
150 gsm
Fibers orientation
0°/+30°/-30° (TL)
0°
50 gsm
+30°
50 gsm
-30°
50 gsm
Technology
Composite Materials
Material Features
Good Mechanical Properties
HIGHLIGHTS

Gap free technology, no resin rich areas.; Non Crimp Fabric, better mechanical properties.; Optimization of layer construction, cost savings.

Composite Materials Functions
Reinforcement

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