To catalogue

C-PLY™ SP BX150 X1 12K HS

Chemical Family
Carbon Fiber

C-PLY™ SP BX150 X1 12K HS is a 150 gsm biaxial spread-tow carbon NCF, +45°/-45°, 75 gsm/ply. It is made using 12K HS carbon fiber. C-PLY™ SP is manufactured using a process to deposit and spread the carbon fibers, and assembled using an hexagonal stitch. The unique stitching yarn is designed to remain visible after resin impregnation to capture resin color pigment and contribute to additionnal reinforcement in the Z axis. Other weight and stitching pattern are available upon request.

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

Online slitting capabilities as narrow as 14 cm (5.5'').; 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.

Assembly
Assembly: Stitching Double Mix Polyester
Material
Material(s)
Carbon
Fiber(s)
T700SC
Number of filaments
12K
Conditioning
Width(s)
127 cm
Roll Length
200 ml
Construction
Total weight
158 gsm
Fibers orientation
+45°/-45° (BX)
+45°
75 gsm
-45°
75 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

The Omnichem website uses cookies. By continuing to use the site, you consent to their use in accordance with our Privacy Policy and to the collection of analytics.