-40%
MG Chemicals 402A 134A Super Duster, 285g (10 oz) Aerosol Can 10 ounces
$ 15.94
- Description
- Size Guide
Description
MG Chemicals 402A 134A Super Duster, 285g (10 oz) Aerosol CanProduct Details
Size: 10 ounces
Brand: MG Chemicals
MPN: 402A-285G
UPC: 779008402283
EAN: 0779008402283
Product Dimensions: 1.1 x 2.7 x 1.1 inches ; 8.3 ounces
Shipping Weight: 13.4 ounces
Domestic Shipping: Item can be shipped within U.S.
Item model number: 402A-285G
#1218 in Dusting Tools
Non-flammable; Safe for use on energized circuits
Compatible with live electrical equipment and electronic components
Chemically inert, Ozone safe
Moisture free
Low toxicity
Applications: Dusting agent and cleaner for use on live circuits and microchips
ATTENTION! HOLD CAN UPRIGHT to avoid ejection of liquid stream during use. Do NOT spray when container is more than 45 degrees off vertical or inverted.
Size:10 ounces 100% non-flammable, but with increased global warming potential, use this product for removing dust only on energized circuits, near open flames, or possible ignition sources. Suitable for professional and industrial applications. The 402A Super Duster134TM is a pure, non-flammable duster that can be used on live electronic and electrical equipment. The duster contains pure 1, 1, 1, 2-tetrafluoroethane (HFC 134a), which delivers a constant, high-pressure cleaning jet. The gas jet is dry, low-residue, and chemically inert, which makes it safe for cleaning electrical and electronic components. The 402A duster is ideal for removing lint, dust, and other debris from printed circuit boards, electronic devices, and computers. It helps prevent malfunctions and lengthens component life. Instructions To remove safety tab 1. Firmly hold the head of the nozzle and trigger in place. 2. Pull tab forward on top of nozzle until it snaps off. To clean surfaces 3. Spray directly on dusty component using bursts of spray. Clean contamination from top to bottom to avoid redeposit of dust on clean areas. 4. Use extension tube to direct the spray in hard to reach corners. TIP! Avoid continuous spray that causes component to reach freezing temperatures. In contact with moist air, cooled components could lead to unwanted frost formation. Avoid touching the component directly with your hands, nozzle, or extension straw.
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