BhorPreg®
Cyanatae Ester Prepegs
UD & BD | Quartz, Carbon, Glass | RF Transparent, High Tg
Low Dielectric | High Temperature | Low Outgassing
BhorPreg® Cyanate Ester Prepregs combine advanced Cyanate Ester Resin systems with Quartz, Carbon and Glass Fiber Reinforcements to deliver exceptional Thermal Stability, Low Dielectric Properties and Outstanding Environmental Resistance. Developed for demanding Space, Aerospace, and Electromagnetic Applications, these Prepregs are ideal where conventional Epoxy Systems may not provide sufficient Thermal or Dielectric performance.
The range is available in Unidirectional and Bidirectional formats and can be tailored for Structural, RF-transparent and Space Applications. Cyanate Ester Prepregs offer excellent stable Dielectric properties across a wide frequency range and Low-Outgassing performance, making them well suited for Radomes, Antenna Systems, Satellite Structures, Electromagnetic Windows and High-Temperature Composite Components. Systems are available for autoclave and out-of-autoclave processing to support diverse manufacturing requirements.
Weaves
Plain · Twill · Satin
Orientation
UD and BD
Range envelope
Used in
Available range
Published on bhor.com without part numbers.
Range on enquiry
No part numbers are published for this line yet. Send the specification you need — areal weight, width, weave and quantity — and we will quote against it.
Applications by market
Cyanate ester prepreg systems for radomes and high temperature components
Low dielectric constant, low tangent loss, high Tg (250–350°C)
Reinforcements: quartz, carbon, E-glass
Technical detail
Advanced Cyanate Ester Resin Technology
Low Dielectric Constant and Loss Tangent
High Temperature Performance
Low Outgassing Performance for Space Applications
Quartz, Carbon, and Glass Reinforcements
Unidirectional and Bidirectional Formats
Developed and manufactured in India, BhorPreg® Cyanate Ester Prepregs provide globally benchmarked performance for advanced aerospace, space and electromagnetic applications where thermal stability, dielectric performance and long-term reliability are critical.
Copy as published on bhor.com. Where it states a wider envelope than the figures above, the figures above are measured from the parts actually published.