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Spray Mister Bottle ESD Safe, Static
Spray Mister Bottle ESD Safe, Static

Spray Mister Bottle ESD Safe, Static Dissipative, Blue Bottle. Average Surface resistivity of 10^9 to 10^10. Will dissipate a Charge of 5000 Volts in +/-2 secs. 8oz

Product ID : 39803813


Galleon Product ID 39803813
UPC / ISBN 666080848590
Shipping Weight 0.09 lbs
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Model SMB-8-ESD
Manufacturer R&R Lotion
Shipping Dimension 7.64 x 2.01 x 1.93 inches
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733

*Price and Stocks may change without prior notice
*Packaging of actual item may differ from photo shown
  • Electrical items MAY be 110 volts.
  • 7 Day Return Policy
  • All products are genuine and original
  • Cash On Delivery/Cash Upon Pickup Available

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Spray Mister Bottle ESD Safe, Static Features

  • Antistatic ESD Safe, static dissipative, Bottles, flux and Solvent Dispensers

  • Bottle sizes 2oz, 4oz, 6oz, 8oz, 16oz, 32oz

  • Bottle has an average surface resistivity of 10 raise to power 9 to 10 raise to power 10 ohm per square and will dissipate a static charge of +/- 5000V in less than two seconds

  • Use in areas where a static charge can cause harm

  • for use with such solvents as acetone, isopropanol,


About Spray Mister Bottle ESD Safe, Static

R&R Lotion is an American family owned business established in Scottsdale, Arizona in 1983. Dedicated to manufacturing new and innovated products for the Bio Science, Electronic, Medical, Food Processing, and Health & Safety Environment’s. Our United States Manufacturing plant is FDA/EPA/NSF Registered to Manufacture and Formulate OTC products. R&R Lotion has developed a new process of molding polyethylene bottles utilizing a concentrate that does not contain any Exthoxylated Tertiary Amine, which is widely used as an antistatic agent. These ESD safe bottles have an average surface resistivity of 109 to 1010/square and do not have any less desirable features associated with surfactant laden material. These bottles will dissipate a static charge of +/-5000V in less than two seconds at 40 percent relative humidity. By their chemical nature, they will not have any chemical reactivity with solvents as TCE or alcohol. The pH of the deionized water solutions tested were that same before and after a seven day period. No color change or any other physical change was noted for any solvents tested.