A BRIEF INTRODUCTION TO GRAPHITE
An innovative and high technological breakthrough state-of-the art sealing within your reach today. A crystalline allotropic form of carbon found naturally in graphite mines. It is a mineral that is mined in a similar way to coal with major deposits being in China, Madagascar, India, Canada and South America. The raw material has a graphite purity of 98% to 99.9% and is processed uniquely into Natural Expanded Mineral Graphite Flakes.
These flakes are chemically treated and heated in electric resistance furnaces under an extreme high temperature process and compressed to form a soft flexible foil with special properties. No binder or respirable fibres are used in the manufacturing process and material has many of the properties of a solid graphite at a high purity of 98% and 2% corrosion inhibitors and other deposits used for protection against stainless steel.
The material can be used on many applications from cryogenics at -200°C to an elevated temperature of +3000°C. It has excellent chemical resistance and is suitable for most organic and inorganic chemicals with the exception of strong oxidising compounds. It is non-toxic and can be used in contact with foodstuffs and potable water.
Pure expanded flexible mineral graphite has superior properties to asbestos fibres and many man-made fibres. It is a non-fibrous material and has none of the health or handling problems associated with asbestos. It has a low sulphur content with a carbon ash of less than 0.5% in the mineral. Excellent in thermal electrical conductivity and prevents build up of static with very good creep resistance providing no cold or hot flow. The low coefficient of friction provides excellent sealing properties at low loadings and does not harden or age with unlimited shelf life.
Kent Gaskets Ltd
Unit 61, The Oaks
Manston Business Park
Tel : 01843 854800
Accounts : firstname.lastname@example.org
Yorkshire Gaskets Ltd
Lawefield Park, Lawefield Lane
Tel: 01924 200100
For emergencies please call 01924 200100 and you will be transferred to a member of staff who is on call.
You can also use our contact form.
Check out our latest news on our website.