Aero Duster Spray MS-222N, For Industrial

We are the Authorized Distributor of the Aero Duster Spray | MS-222N AeroDuster®Ideal For Electronics, Leaves No Traces of Contaminates and Oils, 100% Nonflammable Miller-Stephenson's AeroDuster® MS-222N Duster Spray is a nonflammable, ultra pure compressed air propellant which delivers a dry blast of air to remove microscopic dust in numerous applications in areas of electronic, photographic, computer, and other energized electrical equipment. MS-22N Aero-Duster® is a pure product with no traces of contaminates and oils, which is essential for critical applications. MS-222N Aero-Duster® available in (14oz Aerosol) and MS-222T (10oz Aerosol) cans. AeroDuster® MS-222N Duster Spray Advantages: Nonconductive Nonflammable, Odorless Low Toxicity, Leaves no residue Compatible with most plastics, elastomers, and metals Convenient packaging RoHS2 and RoHS3 compliant AeroDuster® MS-222N Duster Spray Removes Microscopic Dust From Energized Electrical Equipment Such As: Semiconductor chips Specimens under electron microscopes Photographic negatives Micro miniature assemblies Electromechanical instruments Magnetic tapes & heads Servomechanisms Computer peripherals The Cobra Duster extension, MS-228, may be used in conjunction with the AeroDuster® for delivery to elusive trouble spots on various equipment. Physical Properties of a HFC 134a Duster Spray Propellant Molecular Weight 102.03 Boiling Point -15.0°F/-26.1°C Vapor Pressure (mmHg) 96.5 psia @ 77°F/25°C Density 1.21 @ 77°F/25°C VOC Exempt ODP 0 Ultra-Low Global Warming Potential – Alternative to MS-222N Duster Spray An excellent alternative to the AeroDuster® MS-222N Duster Spray is MS-222L AeroDuster®. A low global warming formulation, which meets the low gas requirements of EPA. With with no traces of contaminates and oils, MS-222L is the supeior choice for critical electronics applications. Removes microscopic dust and is ideally recommended for electro-mechanical instruments, computer equipment, optics and other equipment. Low GWP (global warming potential). No ODC (ozone depleting chemicals).