Watch the Ice Blaster in action
Dry Ice Blasting is a relatively new cleaning process, used primarily in industrial applications it is an environmentally friendly process that can clean a wide variety of components very effectively without the use of chemicals or abrasion.
Ice Blasting Applications
Dry Ice Blasters are ideal for effortlessly removing adhesives, waxes, binding and parting agents, silicone and rubber residue, paints and lacquers, ink and graffiti, oils and greases, tar, bitumen.
TDC Services Continuously keeps upto date with the latest advances of Dry Ice Blasting. Maintaining a fleet and product range at the forefront of the technology. Providing expert sales advise and post sales support
The Ice Blasters in the TDC fleet are designed to work continuously without freezing, a problem that has previously beset some of other Ice Blasters. During the many trials that TDC have carried out with its fleet of machines the products selected have proven effective in alleviating this problem.
Reduced Downtime
No more disassembly or removal of equipment, with dry ice cleaning the equipment can be cleaned in place as there are no harmful gases or grit to get in the machinery. And as there is no need to allow the machine to cool down, production is only interrupted for the minimum length of time.
Eliminates Equipment Damage
Dry Ice Blasting does not erode, wear or scratch the surface being cleaned, it is even safe to use on surfaces such as glass, plastic and printed circuit boards. Also, because the equipment stays in place no damage can occur from its removal.
No More Solvent Cleaning
Dry ice cleaning gives such good results that there is no need to use solvents or chemicals. Consequently there are no toxic or hazardous wastes to handle or need to worry about complying with the related environmental regulations.
Ice Blaster Gallery
Ice Blasting Benefits
Ice Blaster Fact!
The principle of Dry Ice Blasting using the TDC services range of Ice Blasters is very similar to sand blasting. However, there is no clean up at the end as the dry ice evaporates after impact.