L-101
Fiberply Adhesive Prepreg
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Product Data Sheet Revised 12/19/06
Description
Fiberply L-101 is a unidirectional, nonwoven, flame retardant fiberglass prepreg with an epoxy resin matrix. The matrix is coated onto the fibers using a solution coating method which gives superior fiber wetting and improved mechanical properties. Fiberply L-101 is designed to replace woven fiberglass fabrics where the load path is known and the designer can idealize the structure with specific ply orientation.
Advantages of L-101
  • Superior mechanical properties when compared to composites of woven prepreg because the fiberply process eliminates breaking, twisting, and intertwining of fibers caused by the weaving process.
  • Improved strength and stiffness to weight ratios because excess resin deposits inherent with woven fiberglass prepregs are eliminated.
  • Excellent handling qualities using L-101 are due to the adhesive nature of the resin matrix.
  • Reduced cost relative to woven prepregs because the complicated steps of weaving, stitching, heat- cleaning, and refinishing have been eliminated. The fiberply process produces adhesive prepreg directly from fiber and resin.
  Physical Properties
  • Standard Weight: 0.068 lbs/ft2 (332 g/m2)
  • Standard Resin Content: 30% by weight
  • Volatile Content: 2% by weight
  • Standard Tack: Lay Up Grade Medium
  • Cured Ply Thickness: 0.007” (0.178 mm)
  • Other Weights, Resin Contents, and Fibers are Available
  Availability
  • 24" wide rolls x 50 yards long (61 cm x 46 m)
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NOTICE:Product data and parameters cited in this publication have been obtained in J.D. Lincoln, Inc. laboratories using the materials under carefully controlled conditions. The information, therefore, is believed to be accurate and correctly stated. Data of this type may be considered to be indicative of representative properties obtainable. J.D. Lincoln, Inc. cannot accept responsibility for the misapplication of these products, nor for their use under uncontrolled conditions. Numerical values resulting from the application of this material are dependant on processing details. It is recommended that the user develop his or her own application techniques and generate data consistent with his or her specific application and process.

 
       
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