The Differences Between High Efficiency Detergent & Regular Detergent

The Differences Between High Efficiency Detergent & Regular Detergent thumbnail
All front-loading washing machines can use high-efficiency laundry detergents.

Purchasing a high-efficiency washing machine could be considered a smart investment because such machines have the potential to save you money on your energy bill. Just keep in mind that because high-efficiency washers work differently than conventional washers, they require high-efficiency detergent to function properly. Does this Spark an idea?

  1. Washing Machine

    • High-efficiency washing machines are typically front-loading and clean clothes by way of a tumbling action that uses less water than conventional household washers. High-efficiency detergent is specially formulated for use in high-efficiency washers and should not be used in other machines. Similarly, regular detergent is meant for use in standard washers and should not be used in high-efficiency machines.

    Concentration

    • High-efficiency washers use 20 percent to 60 percent less water than conventional washers. For this reason, high-efficiency detergent needs to be more concentrated than regular detergent so it can still deliver the same cleaning results without using as much water. High-efficiency detergent also contains a special soil-suspension agent designed to handle higher concentrations of soil deposits.

    Amount of Suds Produced

    • Conventional washing machines use a tub full of water and agitating action to wash clothes. This method requires a detergent that is able to produce a considerable amount of suds to scrub clothes clean. High-efficiency washers, on the other hand, pass clothes through a comparatively small amount of water and, since high-efficiency detergents produce less suds than regular detergents, less water is required for rinsing.

    Environmental Impact

    • Using high-efficiency washers and detergents can help conserve energy in addition to water. Because high-efficiency washers use less water than conventional washers, there is less water to heat and, consequently, less energy is used.

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