Haydale and Saint-Gobain Collaborate on hBN

RNS Number : 8638V

Haydale Graphene Industries PLC

12 April 2023

 

REACH
For immediate release	12 April 2023

Haydale Graphene Industries plc

('Haydale')

Haydale and Saint-Gobain Collaborate on Boron Nitride

Haydale, the global technology solutions company, is delighted to announce that it has signed a collaboration agreement with Saint-Gobain to facilitate the further development of Saint-Gobain's Boron Nitride Powder Solutions.

Saint-Gobain Boron Nitride, a business unit within Saint-Gobain Ceramics, is a world leader in advanced hexagonal boron nitride ("hBN") solutions.  hBN, an advanced synthetic ceramic, combines a number of useful physical and chemical properties in one material. Saint-Gobain has over 60 years of expertise in harnessing these properties and transforming hBN into sophisticated solutions to application-specific challenges in, amongst others, the electronics, automotive and metal forming industries.

Saint-Gobain identified the need for advanced surface chemistries to develop the next generation of products.  hBN powder is frequently used as a high-performance additive, often chosen to enhance thermal conductivity of polymer composites.  However, its inert surface and platelet shape can lead to processing challenges. Haydale's advanced HDPlas™ functionalisation process has demonstrated that it can alter the surface chemistry of the hBN and enhance the processability and mechanical properties of composite materials while maintaining favourable thermal performance. These improvements would potentially have many applications across Saint-Gobain's existing product range.

Due to positive customer feedback, Haydale and Saint-Gobain have entered into a formal collaboration agreement to continue the development of Saint-Gobain's hBN. The agreement will continue for two years and may be extended for an additional year thereafter.

Commenting on the new agreement, Haydale CEO Keith Broadbent said: "It has been a pleasure collaborating with Saint-Gobain and to see the benefits of their expertise in hBN and our knowledge of functionalisation combine to deliver real enhancements to their products.  The market for hBN is significant and we look forward to working with Saint-Gobain in the future ."

Saint-Gobain Boron Nitride Technical Manager Sarah Plain added: "hBN powder has historically proven difficult to functionalise without negative effects on thermal performance. Working with Haydale and their HDPlas ™ technology has helped us overcome this challenge, which has led to exciting results during customer testing. We look forward to further collaboration with the excellent team at Haydale to deliver even more value to our customers." 

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For further information:

Haydale Graphene Industries plc

Keith Broadbent, CEO  Tel: [phone]

Sarah Thomas, Marketing Manager  Tel: [phone]

finnCap (Nominated Adviser & Broker)

Julian Blunt / Edward Whiley, Corporate Finance  Tel: [phone]

Andrew Burdis, ECM

Notes to Editors

Haydale is a global technologies and materials group that facilitates the integration of graphene and other nanomaterials into the next generation of commercial technologies and industrial materials. With expertise in graphene, silicon carbide and other nanomaterials, Haydale can deliver improvements in electrical, thermal, and mechanical properties, as well as toughness through its state-of-the-art functionalisation. Haydale has granted patents for its technologies in Europe, USA, Australia, Japan, and China and operates from five sites in the UK, USA, and the Far East.

For more information please visit:  www.haydale.com  

LinkedIn: Haydale-ltd

Twitter: @haydalegraphene 

This is a Reach announcement. Reach is an investor communication service aimed at assisting listed and unlisted (including AIM quoted) companies to distribute non-regulatory news releases into the public domain. Information required to be notified under the AIM Rules for Companies, Market Abuse Regulation or other regulation would be disseminated as an RNS regulatory announcement and not a Reach.

 

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