STYLE 2200 / SS

Description and Application

Teadit® Style 2200 / SS is diagonally braided from high quality pure carbon fibre yarn, treated with a special mixture of graphite, PTFE - dispersion and corrosion inhibitor. Teadit® style 2200 / SS lacks the usual stiffness of conventional carbon packings. Good flexibility and heat dissipating properties, very low coefficient of friction. Excellent chemical and thermal stability.

It can be used for Steam valves and valves in general, rotary kilns, autoclaves, pyrolysis and calcinosis, but also for mixers, refiners and similar rotary equipment. TEADIT® Style 2200 / SS covers the full pH-range and can be used with nearly all media: cold and hot water, steam, chemicals, hot gases, alcohol, solvents, heat transfer agents, etc.

It is not suitable for highly concentrated corrosive acids.

Because Style 2200 / SS is a very affordable high quality all-round packing, many companies have standardized on it. Because its coefficient of thermal expansion is very similar to that of steel it needs less adjustments of the gland. Low coefficient of friction means low shaft wear. Style 2200 / SS closes the gap (also price- wise) between conventional packings and pure graphite packings.

Please note: the colour of the actual product might vary from the above image on this data-sheet.

    Service Limits

    Temperature (ºC)
    Minimum -40
    Maximum 280
    Pressure (bar)
    Static 200
    Rotating 20
    Reciprocating 180
    Minimum 0
    Maximum 14




    TEADIT® Deutschland GmbH

    Schanzenstraße 35, 51063 Köln, Germany

    Phone: +49 (0)221/922 342-0

    Fax: +49 (0)221/922 342-22

    TEADIT® International Produktions GmbH

    Rosenheimer Str. 10, A-6330 Kufstein Austria

    Phone: +43-5372-64020-0

    Fax: +43-5372-64020-20


    2016 © Teadit | All Material Copyright are reserved.


    This website uses modern technologies such as JavaScript, CSS, HTML5 and WebFonts; because of this, it is best viewed in modern browsers.

    We recommend to use Google Chrome as your primary browser for this website.