At no charge to the customer, we will: 1) determine the type of water being used with your chemistry; hard, soft, reverse osmosis, reclaim or structured water, 2) water quality, which is measure by particles per million or PPM, 3) water line size and pressure, which is measured in gallons per minute or GPM, 4) compressed air system (type and number of compressors, regulator capabilities), check for leaks or for lack of constant pressure, 4) dispensing system check, which includes: checking nozzles and foaming applicators for clogs, measuring actual dosage (through Smart Truth Box) and waste (ghosting) as well as chemical coverage and performance, 5) chemical titration, which is the ratio of water to chemical during the wash, and 6) a comparison of chemical usage, performance and cost with your current provider.
It is a loss of chemicals from a dispensing system, which occurs after the wash cycle process. Specifically, the chemicals left in the line(s) after the wash can drain out prior to next wash cycle. This usually occurs without anyone noticing.
Our patent-pending device provides a digital reading of how much chemical an operator is actually using during the wash cycle. Most of the time we have found that actual dosage is unknown or not accurately known. Once this is determined, you can understand the true cost of each wash. With this device, we can prove that you need less product to do more volume (10x or more with most products).
Yes, it changes the viscosity. The range of temperature where chemical supply containers are located should not fall below 45 degrees and not more than 110 degrees Fahrenheit.
These are synthetic acids that don't have the same properties as traditional acids, which makes them safer for paint, metal, glass, plastics, skin and the environment, which is measures by the Global Harmonize System or GHS. The safe acid we use minimizes the hazardous exposure levels, corrosive rates and negative HS&E properties of HCI while maintaining the positive aspects of solubilizing ability and reactivity rates. Refer to the Safety Data sheet to determine if an acid is part of the product and what type of acid has been used.
A Safety Data Sheet or SDS is a document that includes information on the properties of each chemical, the physical, health, and environmental health hazards; protective measures; and safety precautions for handling, storing, and transporting said chemical. It provides guidance for each specific chemical on things such as: Personal Protective Equipment (PPE), First Aid procedures and Spill clean-up procedures.
Nano technology is a widely used term, which generally implies an improved product on a much smaller scale. We have applied this to our proprietary chemical formulations, which has allowed us to use milliliters or factions of milliliters to do the same or better job of comparable products that required ounces or gallons. This translates to less water usage, smaller containers and a dramatically reduced physical footprint.
In order to get a complete picture of total cost of the chemistry you are using, we need to know: 1) chemical spend per year, 2) labor cost to operate machine, 3) average workers comp claims per year, 4) cost of health, safety and environmental training, 5) preventive maintenance cost, 6) repairs & replacement costs, 7) average on-hand inventory of chemicals and 8) number of wash cycles per year.
The six factors that affect the performance of cleaning are: 1) water quality, 2) temperature, 3) time, 4) systems, 5) procedures and 6) chemical agents and concentrations. For more information, please contact us for a copy of our brochure.
The six factors that affect the performance of cleaning are: 1) water quality, 2) temperature, 3) time, 4) systems, 5) procedures and 6) chemical agents and concentrations. For more information, please contact us for a copy of our brochure.
Did you know:
- The type of cleaning agents and concentration levels will dictate chemical actions.
- Chemicals will breakdown and emulsify soils as well as reduce static charges.
- Certain chemicals assist in drying and shining the vehicle.
- The lower the temperature, the lower the viscosity.
- As the temperature rises, less chemistry is required to do the same job.
- Hard, soft, RO or reclaim water?
- Hard water will decrease cleaning and create deposits.
- For every 4 grains of hardness, you will need 4-10% more product for the same degree of cleaning.
- Chemical applications must be done in a specific order.
- Directional nozzles must be placed correctly to maximize chemical coverage.
- Air and water pressure settings must be maintained.
- Time needs to be carefully balanced between, chemicals on surface, temperature and mechanical action.
- As dwell time increases (to a limit of diminishing returns), the cleaning power increases.
- Mechanical, plumbing and electrical systems needed to deliver optimal performance.
- Friction systems focus on cloth, brushes and bristles.
- Touchless systems focus on water pressure and volume.