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Antistatic FIBCs

FIQURE A-2-6.5. Step by Step discharge mechanism producing long discharge with relatiuely low voltage. [Pg.204]

Similar considerations might apply to bulking bmsh (2-6.3) and surface streamer (2-6.6) discharges which propagate across charged surfaces over distances up to about 1 m at source voltages less than 100 kV. [Pg.205]

TABLE A-4-1-3a. Minimum Ignition Energy (mJ) Variation with Capacitance and Electrode Diameter [Pg.205]

A proposed European FIBC classification scheme [152] referring to Type A, B and C containers is used in the following sections. Type D containers have been added to reflect recent developments. In brief, these FIBCs are [Pg.206]

Type A. General 100% plastic types that cannot be grounded. [Pg.206]


Some fabrics contain a small percentage of conductive fibers or staple, which limit charge accumulation by air ionization. These fabrics do not depend upon conduction of static charges and may not appear conductive in the electrical resistivity or the charge-decay test. Antistatic performance is not humidity-dependent. Work is under way to develop a standard test for these fabrics (Nelson, Rogers, and Gilmartin, Antistatic Mechanisms Associated with FIBC Fabrics Containing Conductive Fibers, J. Electrostatics 30, pp. 135-148, 1993). [Pg.2088]


See other pages where Antistatic FIBCs is mentioned: [Pg.200]    [Pg.202]    [Pg.225]    [Pg.227]    [Pg.200]    [Pg.202]    [Pg.225]    [Pg.227]    [Pg.2333]    [Pg.201]    [Pg.226]   


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