The first completely touchless automatic car wash came up in Seattle in 1951, and by the 1960s, these fully-mechanized car wash systems had started popping up across America. The world got its first semi-automatic car wash system in 1946 when Thomas Simpson opened a car wash with an overhead sprinkler and an air blower to take some manual labor out of the process. But, even then, the actual cleaning of the vehicle was done manually. It wasn’t until 1940 that the first ‘automated’ conveyor-style car wash was opened in California. Two men opened a business called ‘Automated Laundry’ in Detroit, United States, and assigned workers to soap, rinse, and dry the cars which were manually pushed into a tunnel. The history of professional car washes can be traced back to 1914. The history of professional car wash industry Not surprisingly then, many people opt to clean their cars at a professional self car wash. Washing a dirty vehicle in the driveway or the yard is also detrimental for the environment because a typical home drainage system does not boast a separation technique that would expel the greasy water to a waste treatment plant and stop it from contaminating local streams or lakes. It’s a well-known fact that when you wash a car at home, you end up consuming three times more water than a professional mobile car wash. Top 18 Innovative Car Wash Companies to Watch Out for in 2021 and Beyond The new compact range is only available through RV-mods. The DI Rinse Pro 50 produces 2,000 gallons of DI water (based on TDS of 110 ppm)ĭimensions: H 35″ W 6″ TDS of 110 ppm Ask a pre-sales question OUR UNITS ARE IN STOCK AND READY TO SHIP The DIC 20 Spotless system produces 800 gallons of DI water(based on TDS of 110 ppm) ![]() This is a vast improvement on the Spotless system and will also take up less room. It also has a really useful by-pass valve on top of the unit which makes it really easy to pre-rinse/wash your RV using normal water and then switch across to DI water for that all-important final rinse. The Pro 50 compact system holds 1/2 cubic foot of DI resin and will produce 2,000 gallons of DI water per refill (based on TDS of 110 ppm). The DI Rinse Pro 100 produces 4,000 gallons of DI water ( TDS of 110 ppm).ĭimensions: H 35″ W 8″ See what questions others have asked prior to purchasing this systemĪsk a pre-sales question Click here to order *NEW* Compact DI Pro 50 This Pro 50D still packs a punch due to the 1/2 cu ft of virgin resin within The DIC 20 Spotless system produces only 800 gallons of DI water (TDS of 110 ppm). This Pro 100 system holds 1 cubic foot of DI resin and will produce 4,000 gallons of DI water ( TDS of 110 ppm). See the “how to convert your spotless system video”Ĭheck out the DI Resin Comparison The new more efficient range of Spotless water DI systems *NEW* DI Pro 100 Best DI product available This will make the small DIC 10 unit produce as much DI water than the standard DIC 20, and the DIC 20 after conversion will now produce 660 gallons DI water, that’s 260 gallons more ( based on TDS of 110 ppm). By using this system you will benefit from using 100% of the resin inside the housing as there will be no leaking seals to contaminate the DI water. We can also supply a 1 cubic foot bag of resin (equivalent to 6 Spotless cartridge refills) at approximately half the price of the Spotless resin. ![]() ![]() This way your standard Spotless water DI systems machine will hold 40% more resin than it would if using the 20″ plastic cartridge. Refit the blue outer containers (without the cartridges) to the Spotless water DI systems and then screw the cartridge body back onto the housing with the feeder tubes inserted directly into the resin. You simply remove the cartridges from your Spotless water DI systems and install the new feeder tubes (see photo). What is required to convert a Spotless water DI systems to the new DI system is quite straightforward. How does it work? Single conversion di tube By using one of the new conversion systems on your Spotless water DI systems you will now not only put 40% more resin into the machine but by doing away with the cartridges (which leak at the seals) your system will produce far more DI water that the current system.
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