Novus Compressed Sheet Fibre Jointing
| Novus 30 Spec Sheet |
Novus 30 is a good quality compressed sheet material based on a blend of aramid and inorganic fibres with a nitrile rubber binder system.
Novus 30 is a general purpose material suitable for use in a wide range of applications, including hot and cold water, steam, oils, fuels, gases and a wide range of general chemicals.
Novus 30 is a general purpose material suitable for use in a wide range of applications, including hot and cold water, steam, oils, fuels, gases and a wide range of general chemicals.
|
|
| Novus FI Spec Sheet |
Novus FI is a graphite laminate material with one or more thin, flat stainless steel 316 insertions. The thickness of the reinforce- ment is 0.05mm. The graphite sheet is fixed to the insertion by means of a super thin chloride-free adhesive layer. This reinforce- ment results in a sturdy gasket which is relatively easy to handle and simple to process into gaskets.
Novus FI is used in a wide range of applications in the chemi- cal and petrochemical and manufacturing industries including pumps, compressors and pipe joints. It is commonly used as a back up sheet for Novus TI due to the ease of manual cutting.
Novus FI is used in a wide range of applications in the chemi- cal and petrochemical and manufacturing industries including pumps, compressors and pipe joints. It is commonly used as a back up sheet for Novus TI due to the ease of manual cutting.
|
|
| Novus Oleonoid Spec Sheet |
Novus Oleonoid is a premium quality cellulose fibre based material chemically treated to withstand oils, water, alcohol, grease, gas, petrol and most solvents.
Oleonoid is a very economical material and is not suitable for acids, alkalis and steam. Oleonoid should be protected from excessive variations in humidity and temperature to prevent the dimensions from deviating.
Oleonoid is a very economical material and is not suitable for acids, alkalis and steam. Oleonoid should be protected from excessive variations in humidity and temperature to prevent the dimensions from deviating.
|
|