For Sale or Rent
The Dustless Blasting method continues to gain popularity because of its ability to suppress dust AND eliminate heat / friction while blasting. We offer several vapor blasting equipment configurations to choose from:
Dustless Blasting: Pros and Cons
- Dust gets reduced A LOT – up to 92% less dust compared to traditional dry blasting. Be careful – not all Dustless Blasters are created equal and most will reduce dust less than our machines.
- Heat and Friction disappear. No more warping, stretching or surface damage to worry about! You can now blast soft and thin metals with a hard abrasive to achieve a paint-ready finish without any additional manual sanding.
- Our advanced technology means more efficient operations. Our Dustless Blasters use up to 25% less media and water compared to other OEM’s – this also means less waste disposal.
- Indoor Vapor Blasting now possible.
- Not a Dust-FREE process, no matter who’s equipment you use. We provide a detailed explanation of this concept further down this page.
- Not a suitable method for below freezing conditions.
- Used media very difficult to reclaim due to inability to sift out contaminants from spent wet mixture.
Preventing Rust while Dustless Blasting
We are authorized stocking distributors for Hold Tight 102, a proven non-hazardous product which works great at inhibiting rust during any type of wet blasting.
Additional Information Regarding Dustless Blasting
If you already own a dustless blasting or old-style slurry system, then let us help you with your abrasive or any servicing needs you may have. We carry a full assortment of eco-friendly medias that work great in any type of wet blast system, including Farrow, Geo Blast, MMLJ, Cleaner Blast, Greener Blast, Turbot, and any other Dustless Blasting System. Our factory-trained technicians can also service most systems on the market today.
Dustless vs. Less Dust?
The mist created during any type of Dustless Blasting operation is similar to what you see when pressure washing, however, some spent abrasive or fine particulate can still be found in this mist formation – it is unavoidable. How far the spent abrasive travels before it falls out of the mist cloud depends on several variables, but mostly it is a function of the pressure you are blasting at and the type of abrasive you are using. The lower the pressure, the less your abrasive breaks up into fine dust particulate – larger “non-dusty” particle sizes are heavier and will, therefore, drop to the ground quicker. The type of blast media you use also makes a difference – harder and denser blast media drops to the ground quicker than finer and softer media. For instance, Crushed Glass and Jet-Mag will not travel far before falling out, but calcium carbonate and baking soda will go further because they are lighter and softer than traditional sandblast media. Crushed glass works well for wet blasting, but it still travels in the mist cloud – it is just not as noticeable because of its translucent appearance. No matter what, using water while blasting greatly reduces your dust factor, and in many cases will be the only containment you need.