Cyanatae Ester Prepegs

Cyanate Ester Prepreg Systems
High-Temperature Cyanate Ester Prepregs for Advanced Composite Structures
 
BHOR manufactures Cyanate Ester Prepreg Systems designed for composite structures requiring high thermal stability  and excellent dielectric performance. These prepregs are engineered for demanding environments where conventional epoxy systems may not provide sufficient thermal or electromagnetic performance. Bhor Cyanate Ester Prepregs combine advanced resin chemistry with high-performance reinforcement fibers, enabling the production of lightweight composite structures with superior dimensional stability and electrco-magnetic transparency.
 
Reinforcement Options
BHOR cyanate ester prepregs are available with a range of reinforcement fibers and fabric architectures to meet different performance requirements.
Fiber types: Carbon, Glass, Quartz Fiber
Fabric formats: Unidirectional Fiber Webs (Carbon), Bidirectional Woven Fabrics (Carbin, Glass Quartz)
 
Typical Applications
Cyanate ester prepregs are used in advanced composite structures requiring high temperature performance and electromagnetic transparency, including:
Aerospace composite structures
Radomes and antenna structures
Electromagnetic-sensitive composite components
High-temperature structural composite assemblies
 
Cyanate Ester vs Epoxy Prepreg
While epoxy prepregs provide excellent structural performance for many applications, cyanate ester prepregs are often selected when additional properties are required, such as:
 
Higher thermal stability , they are characterized by glass transition temperatures up to 300°C
Lower dielectric constant
Improved electrical signal transmission
Explore BHOR Prepreg Systems
 
BHOR manufactures a range of advanced materials for composite manufacturing, including:
Epoxy and Cyanate Ester Film Adhesive Systems
Epoxy and Cyanate Ester Resin Systems
 
Contact our team to discuss prepreg solutions for your composite manufacturing requirements.