CEM101 is a cyanate ester prepreg designed to cure at medium temperatures. It is closely related to CEM100 used for high temperature motorsport applications, however CEM101 is more focused on dielectric properties for applications requiring minimal dielectric constant and loss tangent.
In such applications, materials are needed with combined characteristics of good dielectric properties coupled with structural strength. It can be supplied on a variety of fabrics to meet your cost and manufacturing requirements, however typical reinforcements include E-glass Style 7781, S2-glass Style 6781 and Quartz Style 4581.
CEM101 offers enhanced dielectric performance alongside a higher temperature solution for semi-structural applications. Available from all SHD sites in the UK, US and Europe.
Supplied with SHD's renowned service, including:
Short two-week lead times and low MOQs
Exceptional product quality
First class technical support
Excellent customer service
The same manufacturing equipment and processes across all sites
This material should be kept frozen at -18°C (0°F). It must be kept sealed in a polythene bag which must not be opened until fully thawed to room temperature. If the material is not fully used, then the material must be resealed in the polythene bag to prevent moisture absorption.
Important Note
If bags are opened before fully cured, condensation may form on the material. Cyanate ester prepregs may react with moisture, which can affect the curing reaction and cause voidage. Great care must be taken to avoid contact with water. Thoroughly dry all tooling and fixtures before commencing lay-up.
This material contains epoxy resin which can cause allergic reactions with skin contact and must avoid repeated and prolonged skin contact.
Please refer to the product Safety Data Sheet before using this material. The following precautions must be taken when using epoxy resin prepregs:
Overalls must be worn
Impervious gloves must be worn
Curing schedule is meant to be as a guide only and is subject to local conditions
To avoid exotherm, particular care must be taken with thick laminates
Ramp rates must not exceed 1.0°C (2.0°F)/min during initial cure and 0.3°C (0.5°F)/min during post cure
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