Mitsubishi Chemical Carbon Fiber and Composites (MCCFC) is one of the global leaders in carbon fiber manufacturing, with a dedicated focus on responsiveness, quality, and customer support. We are working hard to match the growing global and domestic demand for these advanced materials. What is now MCCFC began as two Californian companies; Grafil, a carbon fiber manufacturer in Sacramento and Newport Adhesives and Composites, a prepreg manufacturer in Irvine.
The Carbon Fiber Division of MCCFC has been producing our high-quality Grafil™ product line of standard modulus carbon fibers since 1984 in addition to selling Pyrofil™ and DIALEAD™ products. The composites division of MCCFC, which was formed by four partners in 1978, was founded and continues to be one of the most responsive and reliable partners within the adhesive and prepreg industry.
MCCFC is dedicated to providing advanced materials for the next generation. We are dedicated to responsiveness, quality and customer support, and are working hard to improve production capacity to help you drive the development of new technology.
Shapes & Composites
Coal tar pitch based carbon fiber
High Performance Carbon Fiber Composites
DIALEAD is a high performance coal tar pitch based carbon fiber, available from low to ultra high tensile modulus grades in the following formats: tow (High and Ultra High Tensile Modulus grades), chopped fiber (widely used in thermoplastic and thermosetting resins) or milled (widely used to improve electric and thermal conductivity in thermoplastic and thermosetting matrices).
Grafil PAN carbon fiber material is available in tow (continuous filaments bundled together and suitable for various processing techniques), precision cut (short/cut fiber suitable for compression molding) or milled (disoriented filaments suitable for compression molding).
Newport Advanced Carbon Fiber Composites is supported with vertical integration includes processes from monomers to precursors, carbon fiber, resins and prepreg. We also have the ability to process nearly every high performance fiber including: carbon, glass, aramid, hybrid materials and more.
Pyrofil PAN carbon fiber material is available in tow (continuous filaments bundled together and suitable for various processing techniques), precision cut (short/cut fiber suitable for compression molding) or milled (disoriented filaments suitable for compression molding).