[Title]
LG Washer - How LG High Efficiency Top Loaders Work
[Narrator]LG's top-load washers feature innovative technologies that deliver outstanding wash performance while increasing energy efficiency.
In this short video we're going to show you how LG's high-efficiency top-load washer works to keep your clothes clean and beautiful.
Unlike standard load washers, you might notice that LG's washer does not have an agitator.
Instead LG uses a high-efficiency impeller, our six motion technology combines a variety of agitation motions for outstanding performance and versatility.
LG's top load washer is gentler on clothes. it has a larger top capacity and all while cleaning more efficiently than a standard agitator washer.
One thing you might notice right away as you're using your washer is that it really uses less water.
Unlike standard agitator washers where clothes have to be soaking in a tub of water, newer technology makes it possible for the wash and rinse process to be far more efficient.
Meaning that you're not going to see the tub fill up with as much water, plus water does not mean that your clothes are not being thoroughly cleaned.
During the wash cycle LG washers use rapid drum movement alongside powerful water jets to really get clothes clean.
The smart rinse jet spray system forces water to penetrate through and into the close as the tub spins for quick and thorough rinsing.
So what makes LG's top load washer a high-efficiency washer.
Unlike standard washers high-efficiency washers operate on low water wash and rinse cycles which makes them ultra-efficient.
On average, high-efficiency washers use only 20 to 66 percent of the water typically used in a standard washer.
Because high-efficiency machines work differently, you're going to need to use a specially formulated high efficiency detergent to deliver the results you need.
Use the proper amount of detergent by checking the manufacturer recommendations. Keep in mind that with high efficiency detergent you only need to use a small amount.
Too much detergent can cause excessive sudsing pour wash performance and can reduce energy savings.
