Pressure Washers for Removing Grease

by Lauren Zwiebel

For removing heavy layers of grease, pressure washers are the most effective tool. Pressure washers utilize water sprayed at high pressure to remove dirt. In non-heated machines, water at room temperature is used for removing mud, plant sap, sugars, and similar materials from concrete, metal, glass, wood, tiles, granite, marble, ceramics, and enamel surfaces.

However, when it comes to removing heavy layers of grease, a heated pressure washer is recommended. Hot water is the most inexpensive degreaser. Heat melts the grease, which is then washed away with water. In addition to grease, Daimer®’s industrial and commercial pressure washers remove wax, paint, graffiti, oil-based chemicals, emulsions, varnish, and similar materials from hard surfaces.

Daimer® offers different types of pressure washing machines for degreasing. The Super Max™ 7000 is an electric machine with temperatures as high as 330°F and pressure levels of 1000 psi, suitable for car wash services. The Super Max™ 12300 is one of Daimer®’s powerful mobile electric pressure washers. It features pressure levels as high as 3000 psi and tri-mode capabilities with steam temperatures up to 330°F.

Daimer® also sells low-flow pressure washers that use minimal water but remove the most difficult grease, stains, and dirt. Such machines as the Super Max™ 6120SCW have flow rates as low as 0.5 GPM, and moderate pressure levels of 1000 psi. The high steam temperature (up to 310°F) and high pressure levels provide a powerful degreasing combination.

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Things to Consider When Purchasing Pressure Washers

by Lauren Zwiebel

Many people who purchase pressure washers look for certain features when selecting a machine. The most common features looked at are pressure level, flow rate, temperature, and technologies present. Choosing the right machine based on these specifications will help complete cleaning jobs quickly and effectively.

While specifications are important, the hardware within the machine should be recognized as well. The quality of the hardware parts determines the durability of the machine. The following are some tips for choosing durable pressure washers.

Strong Material

Pressure washer equipment should be constructed from sturdy materials. The output pressure of top pressure washers can be as high as 8000 psi, though pressure levels are often lower for steam or tri-temperature machines as the high temperatures provide unmatched power. The body of the machine should be strong enough to withstand exposure to both high-powered and high temperature output. The buyer should ensure that the housing and cabinet of the machine should be made of powder-coated steel to help protect against chips and chemicals.

Components

Quality pressure washers should have long lasting components, as well. For example, hoses are exposed to high pressure water running through them. If the hose is not constructed of durable materials, it will wear out quickly. Good machines have hoses made of wire-reinforced rubber. Hoses with two coatings of wire reinforcement are often preferred.

Daimer®, a well-known supplier of cleaning machines, offers high quality pressure washers with steel powder-coated housing and wire-reinforced rubber hoses in their Super Max™ series. 

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Uses of Pressure Washers in Restaurants

by Lauren Zwiebel

Two types of hard surface cleaners are used in restaurants: pressure washers and steam cleaners. Although both these machines are hard surface cleaners, they are ideal for different cleaning applications. Most professionals prefer using pressure washers for outdoor cleaning, as steam cleaners lack the pressure levels and power needed to clean such large areas and porous surfaces.

Each of these machines has its own advantages. Below is an overview of the main uses of pressure cleaners for restaurant cleaning.

Cleaning Pavement and Parking Lots

Pressure washers are preferred for cleaning outdoor areas such as building exteriors, parking lots, sidewalks, and other types of pavement. These machines pump water output at reasonably high pressure levels and flow rates onto concrete surfaces. This washes away the dirt, impurities, and stains present on the porous surface.

Machines, such as Daimer®’s Super Max™ 12300, feature pressure levels of 3000 psi, a flow rate of 5 GPM, and tri-mode temperature options, ideal specifications for removing tough stains from concrete surfaces. This means the 12300 can utilize cold water at room temperature, hot water at 210°F, and steam temperatures of 330°F to match the demands of the application at hand. When using pressure washers, it is important to make sure the surface can withstand such high pressure levels. This is usually not a concern when cleaning outdoor concrete surfaces, but can present a problem when cleaning indoors.

Cleaning Dining Hall and Kitchen

For those with adequate indoor drainage, pressure cleaners can be used indoors as well. Machines with excessive amounts of grease can be cleaned using tri-mode pressure washers, such as the Super Max™ 12300. Dirty floors can be cleaned as well. For areas without proper drainage, Daimer® offer pressure cleaners with low flow rates to minimize the water output used.

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Why Pressure Washers Are Best for Cleaning Metal Surfaces

by Lauren Zwiebel

Pressure washers are used for cleaning a wide range of hard surfaces. Operators use them for such applications as industrial degreasing, auto detailing, and cleaning metal grills. Pressure washers are powerful machines capable of eliminating tough dirt and grease from metal surfaces, and for this reason, they are widely used in the industrial sector.

Efficient Cleaning

Pressure washers have a high output pressure level, reaching up to 8000 psi. However, for cleaning metal parts, heated machines with pressure levels of around 3000 psi are more suitable. Even though the pressure levels are lower than some cold water systems, heated machines offer superb results associated with heightened cleaning power of hot water and steam.

Heated machines, such as Daimer®’s Super Max™ 12300, include pressure levels of 3000 psi and tri-mode capabilities for a variety of cleaning applications. With non-heated output at room temperature, hot water output at 210°F, and steam output at 330°F, operators can choose which setting is best for the cleaning application at hand. It is important to make sure the metal surface is durable enough to withstand high pressure levels. For example, pressure levels of 1500 psi or lower are recommended for safe cleaning of automobiles, where higher pressure levels can cause damage.

Lastly, it is important to use pressure washers from quality suppliers, such as Daimer®. High quality composition lends itself to prolonged machine life and enhanced durability for use in the most demanding applications. 

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Pressure Washing Applications in Restaurants

by Lauren Zwiebel

Before pressure washers became standard cleaning equipment in commercial kitchens and food processing units, hygiene was a major issue. The dining areas would be spotless and gleaming, but the kitchens were often messy and unclean. Thick layers of grease, with an added layer of dust or hydrocarbon deposits, and the endless hard work of trying to scrape off the dirt summed up what happened in the kitchens after hours.

Thankfully, more advanced pressure washers have made the task of kitchen cleaning much simpler and faster. Today,heated and non-heated cleaning equipment is used for removing grime through a jet of water released at high pressure levels. Daimer® offers an array of systems for different cleaning tasks: including cold water, hot water, steam, and tri-mode pressure washing systems.

Daimer® offers cold water machines, for example, that an reach pressure levels of 7000 psi, releasing water at a flow rate of up to 9 GPM. Green cleaners mixed with non-heated water can remove much of the dry, loose dirt, such as dust or food particles that are not removed using cold water alone. For these applications, Daimer®'s hot water and steam systems offer enhanced cleaning power, however, due to the ability of high temperature to dissolve grease and other stubborn stains. While these systems do not require additional detergents, pairing them with green cleaners will enhance the speed and overall efficiency of the cleaning process. For example, utilizing Eco-Green® Ultra-Power™ Degreaser with a pressure cleaner quickly dissolves and eliminates stubborn grease deposits on kitchen floors and other surfaces.

Using a pressure washer, you can clean the exhaust system such as ducts and hoods. A weekly wash will keep floors and tiles shiny and grime free. However, the pressure level and flow rate must be considered for such applications, as high pressure levels may damage delicate surfaces and high flow rates can cause flooding if used in areas without proper drainage. Do not forget the restaurant exteriors – the porch, parking lot, and waste receptacles are places that turn dirty and smelly if not cleaned regularly using high pressure equipment. 

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Daimer ® Super Max ® 12300 AST

by Lauren Zwiebel

Many commercial and industrial users of pressure washers face applications requiring continuous use, often for great lengths of time. However, many pressure washers on the market can overheat when left on. However, this is not the case with Daimer®’s Super Max ® AST ® series pressure washers. As with all Super Max ® AST ® pressure washers, the Super Max ® 12300 AST ® features Daimer®’s exclusive AST ® Technology. AST ® stands for Advanced Shutoff Technology ®.

This proprietary system works effectively to prevent these pressure washers from overheating when engaged. This action alone prolongs the life of these pressure washers. When engaged, the AST ® function shuts off the motor and pump after 30 seconds of inactivity when the trigger gun is not in use. When the operator squeezes the trigger gun again, the pump and motor start up. This shutoff feature is especially valuable for users who use long hoses and it would not be functional for them to go back to turn off the machine for every break.

The Super Max ® 12300 AST ® is a powerful, triple-function pressure washer. As such, it is capable of being used individually as hot water, cold water, and steam pressure washers. This commanding machine offers one of the highest pressure levels in the AST ® series, up to 3000 psi, with an astounding flow rate of 5 GPM.

With a robust 10.0 HP NEMA motor, these highly powerful pressure washers are ideal for virtually any commercial or industrial pressure washing application requiring a durable machine with extreme power.

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Super Max® 15200

by Lauren Zwiebel

The Super Max® 15200 is one of Daimer Industries’ commercial/industrial stationary pressure washers. This powerful electric machine offers a variety of heating methods, including: natural gas, propane, kerosene, diesel or heating oil. Adding to this versatility, the 15200 offers a triple-use feature, capable of being used independently as a steam, cold water and hot water pressure washer. With the added continuous use feature, the Super Max® 15200 is one of the most resourceful pressure washers available.

Boasting a pressure of 1000 psi and flow rate of 2 GPM, the Super Max® 15200 is the introductory model in Daimer’s line of robust and durable stationary pressure washers. While other pressure washers on the market are made up of lower quality parts, the Super Max® 15200 is comprised of schedule 80 heavy duty heating coils and high quality, powder-coated, high gloss steel housing.

Adding to the cleaning power of the 15200 pressure washers, these machines come standard with chemical injection at high pressure. This allows users to add cleaning chemicals to heighten the cleaning capabilities and to adapt the pressure washer to special applications.

In purchasing any of Daimer’s pressure washers, our customers can be certain their pressure washers are capable of withstanding even the toughest and most demanding challenges and applications. The Super Max® 15200 is no different. The 15200 series pressure washers are ideal for industrial facilities that require the addition of a permanent pressure washing machine, but that do not require ultra-high flow rates or pressures.

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