Product Details

Diversitech Triple D™ TRIPLE-D-AER Universal Coil Cleaner, 19 oz Aerosol Can, Liquid, Clear Orange, Lavender

Price : $21.29

List Price : $34.77

FD Quick Code: 28695
MPN: TRIPLE-D-AER
UPC: 095247141371
Manufacturer: DiversiTech
Brand: Diversitech
Prop65: WARNING: Cancer and Reproductive Harm - www.P65Warnings.ca.gov.

In Stock - (Ships same day when order is placed before 2pm PT M-F)

Description


Diversitech Triple D™ Universal Coil Cleaner, Aerosol Can Container, 19 oz Container, Liquid Form, Lavender Odor/Scent, Composition: Potassium Hydroxide and Sodium Silicate, 1.05 Specific Gravity, Clear Orange

Color     :     Clear OrangeComposition     :     Potassium Hydroxide and Sodium SilicateContainer Size     :     19 ozContainer Type     :     Aerosol CanForm     :     LiquidOdor/Scent     :     LavenderSpecific Gravity     :     1.05

  • Triple-D™ is the ultimate universal coil cleaner that can be used on condensers, EVA™orators, microchannels, roof-top units and mini-split applications
  • The triple active synergistic highly effective solution is formulated to remove a board range of soils while degreasing and deodorizing
  • It is ideal for cleaning most metals including aluminum and copper while extending equipment life and diminishing the potential for refrigerant leaks
  • Using 75% less than comparable products, it reduces the amount of solution needed to clean
  • Triple-D™ is biodegradable
  • Triple-D™ is a triple active synergistic detergent cleaner formulated to remove a broad range of soils with minimal time and effort
  • Triple-D™ cleans condensers, EVA™orators and filters in HVAC-R systems and elimites the need for steam cleaning, scrubbing or soaking
  • Triple-D™ neutralizes obnoxious odors often found in air handling and filter systems
  • Its unique system of surfactants, penetrants and emulsifiers elimites the need for expensive toxic solvent based degreasers
  • Metal safe and does not attack aluminum or copper coil components, extending equipment life and diminishing potential for refrigerant leaks

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