How Does a Power Washer Work?

Spread the love

You’ve probably tried or thought about cleaning your driveway or the exterior of your house. You’ve probably used soap and water or some chemicals that don’t exactly clean as well as they’ve said they would. Instead of wasting your time with such futile methods, buy a pressure washer and have a completely clean surface in just a few minutes.

Pressure washers (or power washers) are simply super powerful water pumps that are usually powered by an electric motor. These machines are able to blast surfaces clean thanks to the pressurized water that is released at about 100 to 200 times the pressure of the air surrounding everyone. They’re used to clean a variety of surfaces beyond driveways and house exteriors. They also can clean your patio, barbecue grill, patio furniture, and other kinds of grime that gathers on outside surfaces.

Parts of a Pressure Washer

A pressure washer’s exterior consists of the motor, a hose, a trigger gun, a water inlet, and water pump, but there is more to the machine than meets the eye. Besides the equipment that it comes with, you can also add different attachments to the end of the hose for different cleaning capabilities.

The motor can be an electric motor or a gas engine. Electric pressure washers are smaller and are very popular. Motor-powered washers are bigger. They’re ideal for when you’re working outside away from any electrical supply.

The hose of a pressure washer is aptly designed to handle highly pressurized water. It runs out from a washer and is attached to whatever attachment you’ve chosen. This type of hose is typically reinforced with layers high-density plastic and wire meshing.

The trigger gun is the attachment at the end of the hose. The cleaning attachment you put on it doesn’t have to be a trigger gun though. Depending on the task you have ahead of you, you can attach a rotating brush or a spinning wand.

The water inlet is a hose that attaches the pressure washer to the main water supply. A filter typically is placed in the inlet so that no debris or dirt clogs up the system. A filter also prevents foreign objects from blasting out of the hose, damaging property or an individual.

Finally, the water pump acts as the heart of the pressure washer. It’s operated by the motor of the machine. When the motor pulls it a certain way, it sucks the water up. When it pushes the other way, it squirts the out a jet of high-pressured water. Water pumps are made to handle a large quantity of water flow about 1 to 2 gallons per minute.

The Basic Principles of How Pressure Washers Work

  1. Detergent from a container flows through the machine via a hose.
  2. The machine is filled with cold water through a faucet where it flows through another hose. It’s filtered on the way through.
  3. The water pump draws both the water and detergent in before mixing them together. The majority of pressure washers heat the water to anywhere between 125 to 155 Fahrenheit.
  4. The pump then blasts out the hot, soapy water from the exit hose and the cleaning attachment.

Why Power Washers Get Surfaces Cleaner

Water and soap are scientifically proven to get things clean, but pressure allows water and soap clean buildup and ground-in dirt that just won’t budge. A power washer also won’t cause damage when it’s set correctly like some chemicals would. That being said, you do want to ensure that you have the right PSI set for the surface you’re cleaning. You can browse our website for any other advice you may need or any pressure washer review.

Is Dawn Safe for Your Pressure Washer?
You have your pressure washer. You have hooked it up and blasted some water at some dirt and grime. However,[...]
What Kind of Soap to Use in Pressure Washer
Pressure Washer Shampoo is gentle and surface safe so it can clean any area of your vehicle from wheels to[...]
Best Budget Pressure Washers for Your Home
A pressure washer can do wonders in thoroughly cleaning different areas in your home wherein there is an accumulation of[...]

Click Here to Leave a Comment Below

Leave a Reply: