The soft wash proportioner works by injecting the cleaning solution into the water stream at a precise ratio, based on the amount of water flowing through the system. This ensures that the cleaning solution is properly diluted, and helps to prevent waste or overuse of the solution, which can be both costly and ineffective.

There are a variety of different types of soft wash proportioners available, including those that are electric-powered or gas-powered, as well as those that are manually operated. Some proportioners may also be adjustable, allowing for the user to change the concentration of the cleaning solution as needed.

Overall, the soft wash proportioner is a critical component of a soft washing system, as it helps ensure that the cleaning solution is properly mixed and applied to the surface being cleaned. This can result in better cleaning results, more efficient use of cleaning solution, and reduced risk of damage to the surface or surrounding areas.

The post Proportioners appeared first on For Washers, By Washers.

The diaphragm pump works by using a diaphragm to create suction on one side and pressure on the other, which allows the pump to draw in and deliver the cleaning solution. Compressed air is used to move the diaphragm back and forth, which creates the pressure needed to apply the cleaning solution to the surface being cleaned.

Air diaphragm soft wash systems are often preferred over electric-powered soft wash systems because they offer greater flexibility in terms of where they can be used. They don’t require an electrical power source, which makes them ideal for remote locations or areas where electricity is not available or difficult to access.

Air diaphragm soft wash systems are also highly durable and can handle a wide range of cleaning solutions, including those that are highly caustic or acidic. They are designed to be easy to maintain and repair, and can provide many years of reliable service with proper care.

Overall, air diaphragm soft wash systems are a versatile and reliable option for exterior cleaning professionals, offering the ability to effectively and efficiently apply a wide range of cleaning solutions in a variety of settings.

The post Air Diaphragm Soft Wash Systems appeared first on For Washers, By Washers.

A typical proportioner used in a 12v soft wash system is a venturi-style injector that uses the pressure of the water passing through the injector to draw in the cleaning solution from a separate tank or container. The proportioner is usually adjustable, allowing the operator to control the concentration of the cleaning solution being delivered to the surface.

The use of a proportioner with a 12v soft wash system offers several benefits:

1. Accurate mixing: A proportioner ensures that the cleaning solution is mixed accurately and consistently, which can improve the effectiveness of the cleaning solution and reduce waste.
2. Efficient use of cleaning solutions: With a proportioner, the cleaning solution is used more efficiently because the correct amount is used for each job. This can reduce the amount of cleaning solution needed and save money in the long run.
3. More precise application: The proportioner allows the operator to adjust the concentration of the cleaning solution to match the specific needs of the job. This can result in a more precise application of the cleaning solution, which can improve the overall effectiveness of the cleaning process.

Overall, using a proportioner with a 12v soft wash system can improve the accuracy, efficiency, and effectiveness of the cleaning process, and can result in a more consistent and professional result.

The post 12V Soft Wash Systems appeared first on For Washers, By Washers.

1. Soft washing chemical mixing chart: This chart provides guidance on how to mix various chemicals for use in a soft washing system, including ratios and dilution rates.
2. Pressure washing nozzle selection chart: This chart provides information on the different types of pressure washing nozzles and their recommended uses, based on the degree of spray angle and pressure.
3. Water flow and pressure chart: This chart provides guidance on the ideal water flow and pressure settings for different types of pressure washing tasks, such as cleaning concrete, wood, or siding.
4. Gutter cleaning safety diagram: This diagram illustrates the proper safety techniques and equipment needed for cleaning gutters, including the use of ladder stabilizers, safety harnesses, and proper ladder placement.
5. Roof cleaning chemical application diagram: This diagram illustrates the proper technique for applying soft washing chemicals to a roof, including the use of a sprayer or roller and the recommended application rates.

These are just a few examples of the types of charts and diagrams that can be useful for exterior cleaning. There are many resources available online or through professional organizations that can provide additional guidance and support.

The post Charts & Diagrams appeared first on For Washers, By Washers.

When a pressure washer is turned on, the pump will begin to pressurize the water and force it out of the discharge hose. If the pressure builds up too high, it can cause damage to the pump or other components of the system, and may also create a safety hazard.

The unloader helps prevent this by regulating the pressure of the water that is being discharged. When the pressure builds up beyond a certain point, the unloader will divert some of the water flow back to the inlet side of the pump, which reduces the pressure of the water that is being discharged. This process is repeated continuously while the pressure washer is in use, ensuring that the pressure stays within a safe range and preventing damage to the system.

There are a variety of different types of unloaders available for pressure washers, including adjustable and non-adjustable models. Adjustable unloaders allow the user to control the pressure of the water being discharged by adjusting the flow of water that is diverted back to the inlet side of the pump, while non-adjustable models are pre-set to a specific pressure level. The choice of unloader will depend on the specific needs of the pressure washing application.

The post Unloaders appeared first on For Washers, By Washers.

In downstreaming, the cleaning solution is usually added to the water flow using a specialized injector, which is typically placed between the pump and the pressure hose. As water flows through the injector, it creates suction that draws the cleaning solution into the water stream, where it is mixed and applied to the surface being cleaned.

The primary advantage of downstreaming is that it allows for the use of lower pressure when applying cleaning solutions to surfaces. This can be important because high-pressure water streams can damage some types of surfaces or cause injury to people or animals. By applying the cleaning solution at a lower pressure, the solution can still be effective at removing dirt, grime, and other contaminants, without the risk of causing damage.

Another benefit of downstreaming is that it allows for a more efficient use of cleaning solutions. Because the solution is mixed with water and applied at a lower pressure, it can cover a larger area and provide more consistent coverage, while using less cleaning solution overall.

Overall, downstreaming is a technique that can help improve the safety and efficiency of pressure washing and soft washing, and can result in better cleaning results with less waste and lower risk of damage.

The post Downstreaming appeared first on For Washers, By Washers.

A surface cleaner consists of a spinning head with several nozzles that spray water in a circular pattern. The spinning motion and the high pressure of the water help to remove dirt, grime, and other contaminants from the surface being cleaned, while also preventing the water from spraying in all directions and making a mess.

Surface cleaners can come in a variety of sizes and styles, depending on the specific application. Some surface cleaners are designed for use with handheld pressure washers, while others are designed for use with larger, industrial-grade pressure washing equipment.

Overall, surface cleaners are a popular and effective tool for cleaning large, flat surfaces quickly and efficiently, and are commonly used in both residential and commercial settings. They can save time and effort compared to using a pressure washer wand alone, and can provide a more thorough and even clean

The post Surface Cleaner appeared first on For Washers, By Washers.

A trailer rig is a type of mobile cleaning system that is mounted on a trailer, which can be hitched to a truck or van for transportation. Trailer rigs tend to have larger tanks and higher GPM (gallons per minute) rates, making them suitable for heavy-duty jobs such as fleet washing or large-scale commercial cleaning. The trailer-mounted system allows for more storage space and easier access to all of the necessary components, including the pressure washer, hose reels, and water tanks.

On the other hand, a skid system is a self-contained unit that can be mounted on a truck or van. Skids tend to have smaller tanks and lower GPM rates, making them more suitable for residential cleaning and smaller commercial jobs. Skids take up less space and are more compact than trailer rigs, which can make them easier to maneuver in tight spaces or urban environments.

The choice between a trailer rig and a skid system will depend on the types of jobs you plan to take on, as well as your transportation and storage needs. If you plan on taking on larger jobs, a trailer rig may be the better choice, as it will give you more storage space and a higher GPM rate. If you plan on focusing on smaller residential jobs, a skid system may be more practical and easier to transport. Ultimately, it’s important to evaluate your specific needs and choose the system that best suits your business.

The post Trailer Rig vs. Skid appeared first on For Washers, By Washers.