| Dry Ice Sales serving the State of Florida |
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2914 US 301 North Tampa, Florida 33619 (813) 626-2666 |
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| Florida company established in 1962, Dry Ice Sales is serving the cylinder gas and Dry Ice needs of Florida for over 40 years. Our home office is located in Tampa, and we have staffed branch locations in Jacksonville, Orlando and Miami. | ||||
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1-800-522-1214
We service the entire state of Florida. sales@dryicesales.com Superior service and product quality maintains a high level of customer satisfaction.
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Camping Trip Put dry ice in the top of your cooler to keep your frozen foods frozen for longer periods of time. Put it on the side of the cooler to keep cold items cold. It will freeze whatever is directly next to it, so pack the cooler accordingly.
Shipping Shipping steaks, fish, or another frozen food product to someone? Use dry ice to keep the product frozen during the process. There are certain limits on how much dry ice can be shipped, but a little goes a long way.
New Dry Ice Cleaning System This unique product is one of the newest and most exciting uses of dry ice. It incorporates a cleaning system similar to, but totally unlike, a sandblasting machine. The cleaning device uses either micro-pellets of dry ice (about the size of a piece of rice) or shaved block ice. The machine cleans most of the things that you would generally use a sandblaster or pressure washer for. The big difference is that there is no sand or water to clean up afterwards. Because dry ice goes from a solid to a gas, the only mess you will have to clean up is what came off the item you cleaned.

| For more information about Dry Ice, please contact us 1-800-522-1214 sales@dryicesales.com |
Cleaning Solutions: Printing Industry
The Dry Ice Blasting Process
Dry ice blasting is a relatively new cleaning process using solid CO2 pellets (known as dry ice). It is primarily used for industrial
use in a variety of applications. The pellets sublimate or convert directly from a solid blast pellet to CO2 gas leaving no residue.
The process involves propelling dry ice particles from a blasting gun at a hyper-velocity to impact and clean a surface. The particles
are accelerated by compressed air, similar to other blasting systems.
The micro-thermal shock (caused by the dry ice temperature of -79º C), the kinetic energy of dry ice pellets and the air pressure break
the bond between the coating and the substrate. The dry ice sublimates to a CO2 gas and expands 400 times its original volume. The
coating then pops off from inside out and the air stream removing it from the surface yet creating no secondary waste stream. Dry ice
blasting is a far better alternative to traditional cleaning methods.
Dry Ice Blasting: The Perfect Solution
Dry ice blasting effectively removes wet and dry ink, spray powder, paper dust and coatings from web presses and sheet feed
presses. In sum, benefits include:
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Benefit #1 Reduced labor hours. The dynamics of cleaning with dry ice dramatically reduces maintenance timerequirements. Also, there is no need for disassembly/reassembly of equipment.
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Benefit #2 Reduced downtime. Dry ice blasting can prevent web breaks. Also, the time required to clean presses istremendously less than with hand cleaning. In sum, production gains can be extremely significant.
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Benefit #3 More thorough cleaning. Dry ice blasting cleans in crevices unreachable by hand.!
Benefit #4 Improved performance. The quality of the printing is better since the presses are cleaner. Plus, they run moresmoothly
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Benefit #5 Extended press life. Improved performance and cleaner parts results in longer lasting equipment.!
Benefit #6 Improved safety. Chemical solvents can be eliminated removing the dangers they pose to workers.!
Benefit #7 Reduced costs. Collectively, the reduced labor hours, reduced downtime, longer press life and decreased wastedisposal expenses result in making dry ice blasting extremely cost effective. Frequently, the cost savings pay for the dry ice
systems in a very short period of time.
The Cleaning Challenges
The traditional method of cleaning printing press involved taking a press off-line, disassembling and cleaning parts by hand with
solvents. There are several significant negatives to this method including:
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Labor intensive Since cleaning is typically done by hand, the process is very slow requiring countless man hours.!
Downtime The extensive time required to effectively disassemble, clean and then reassemble results in costly productionlosses. Poorly cleaned machines or ink drips resulted in breakdowns and unplanned stoppages.
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Poor Results Very often, areas of the machines cannot be reached and go uncleaned potentially limiting performance,potential breakdowns and ink drips.
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Safety Concerns Hand cleaning with solvents exposes workers to hazardous chemicals.!
Cost The labor to clean machines, planned and unplanned downtime wasted paper supplies from ink drips all are majorcost issues.
Precautions for handling dry ice include: If your skin comes in contact with dry ice, frostbite will occur. If burned, contact a physician immediately.