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  • Static Electricity - The Hidden Danger in Hazardous Areas (.pdf)
    National Fire Protection Association (NFPA) codes and guidelines highlight safe working practices in hazardous areas; specifically how to control static electricity, which in many cases is capable of providing the ignition source for a fire or explosion. The article discusses typical industrial
  • Gear Pump Material Compatibility and Viscosity Conversion
    . high. Doubling the diameter of a pipe increases its capacity per unit length 4 times. Friction of low viscosity liquids such as water varies approximately as the square of the velocity. Friction of viscous liquids such as oil varies under normal conditions directly as the velocity. Static Suction
  • IEC Electromagnetic Compatibility Standards for Industrial Process Measurement and Control Equipment (.pdf)
    to electromagnetic fields such as those generated. · Direct application of discharge to the EUT: The static. by portable radio transceivers or any other device that will. electricity discharges shall be applied only to those points. generate continuous wave (CW) radiated electromagnetic. energy. 10-78. Application
  • Is it Ever Safe to Use Plastic Drums/Containers in Hazardous Areas? (.pdf)
    of plastic containers within the hazardous process industries is coming under increasing scrutiny due to the hazards associated with static electricity. þÿ "Is it ever Safe to use Plastic Drums. Article. 23. and Containers in Hazardous areas?". Spring. 2011. Feature. In recent years there has
  • Biofuels: a Challenge to Fuel Seal Elastomers?
    of critical properties in current and emerging biofuels. Outstanding low temperature (-50°C to -65°C) static sealing performance in biofuels, (also at elevated temperatures). Robust biofuels service. The results indicate that selected specially formulated Viton® products, designed to deliver robust
  • Sealing Materials
    For virtually every O-ring end use, the selection of elastomeric material is contingent upon a number of design factors such as: dynamic or static application; chemical compatibility; the O-ring's ability to resist pressure, heat, cold and friction, and consideration of material availability
  • Handbook guides O-ring design
    O-ring seal materials and how they react to the roughly 2,000 media listed in the table. Their compatibility is classified as satisfactory, fair, doubtful, and unsatisfactory. More tutorial chapters include O-ring elastomers, applications, and static
  • Thermoplastics cure design ills
    established important medical uses. modifiers added to thermoplastics permanently protect against static accumulation and electrostatic discharge (ESD). Conductive thermoplastics continuously dissipate static rather than let it accumulate and discharge rapidly. ESD can damage sensitive electronic

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