Ceramic Fibre Jointing Paper
Advanced Seals & Gaskets Ltd are leading manufacturers of products made from Ceramic Fibre Paper.
Ceramic Fibre paper is manufactured by forming alumina-silicate fibres in a non-woven matrix. The ceramic fibres are randomly positioned during the manufacturing process then held in place with latex binders.
Advanced Seals & Gaskets Ltd are able to manufacture a wide variety of products from Ceramic Fibre including:
All of the above can be manufactured in either plain or self-adhesive backed, peel-able liner in one or both sides. Ceramic fibre paper has excellent chemical stability and is resistant to most corrosive elements with the exception of some substances such as phosphoric acid and concentrated alkali's. Because of its many attributes, Ceramic Fibre Paper is used in many industries across a vast spectrum of applications such as electrical heaters, wood burning stoves, automotive heat shields, foundry gaskets, heat treatment, welding and bronzing, etc.
Key Characteristics of Ceramic Fibre:
- High-temperature stability(operates at extreme temperatures of over 1000°C
- Low thermal conductivity
- Excellent corrosive resistance
- Good die electrical strength
- High heat reflectance
- Good die-electric strength
Help and guidance
If you would like to speak to a representative to discuss your specific application or requirements please call our sales office direct on 01384 469100, alternatively you can send an E-mail. Simply click on the link and forward us your details along with your question and we will contact you immediately.
Quality of our Ceramic Fibre Jointing Paper
The quality of service and the products manufactured from Ceramic Fibre Jointing Paper is controlled by our Quality Management Systems which is certified to ISO 9001.
Call now for sample requests or further help.
For information on Ceramic Fibre Jointing Paper please complete the following quick enquiry or call us on +44(0)1384 252555.
Full technical data can be supplied upon request,
or downloaded from our online portal.