Lionpak^® 9600

• Non-hazardous heat resistant fibre construction
• Alternative for normal ceramic fibre packings
• Good chemical compatibility

• Recommended for very high temperature static sealing duties or slow rotary applications
• It replaces ceramic yarn packing and radiation seals on BOS plant, and ceramic packings and vessel lid seals on secondary steelmaking plant
• Other examples include door seals for annealing furnaces at steelworks, kiln packings, protective surfaces on pottery kiln cars, and stem gland sealing on valves handling very high temperature gases
• Other constructions include braided insulation sleeves, webbing tapes, ladder tapes, twisted ropes, lagging ropes, blankets and paper, and woven cloth

Static and Slow Rotary Duties Only

• Maximum operating temperature (constant): +1000°C (+1832°F)
• Maximum operating temperature (intermittent): +1100°C (+2012°F)
• Minimum working temperature: -50°C (-58°F)

Compatible with media in the range pH 0 -10, excluding hydrofluoric acid and hydrogen fluoride. It has excellent resistance to water, organic chemicals and other acids.

• Available as densely braided compression packings - square, round and rectangular - in sections from 5 mm (⁸/₁₆") to 100 mm (4") and in any length in boxes containing 8 m (26' 3") in coil form or on spools as detailed in the product datasheet
• Also supplied as split preformed rings and sets
• Please refer to the product datasheet for spool ordering information
• Other constructions are manufactured to order

• Average diameter of the mineral fibre used is 9 μm (354 μin), which is considered non-hazardous to health. No protection for breathing, eye, hand or body is required by the World Health Organisation or European Union during the product’s normal storage, handling and use.
• For further details please contact us to request a copy of our Safety Data Sheet (SDS). Please note that normal ceramic fibres, as often used in the manufacture of very high temperature compression packings, are around 3 μm (118 μin) in diameter. These much finer fibres are now considered hazardous to health, with WHO and EU restrictions applied to the products that contain them.

• Classified as non-carcinogens according to the criteria of note Q in European Directive 97/69/EC