Cold Jet Cleaning Techniques and Benefits

Tyson Marlo introduces Cold Jet, a dry ice blasting technology used for cleaning tough grime without damaging surfaces. The process involves blasting dry ice pellets at supersonic speeds, which turn into gas upon impact, lifting dirt. The cold temperature helps break the bond between contaminants and surfaces. Demonstrations show its gentle yet effective cleaning on business cards and tough surfaces like tar-covered asphalt, highlighting its versatility and efficiency.

What is the primary function of Cold Jet as described in the introduction?

• To melt ice on roads

• To create ice sculptures

• To blast dry ice for cleaning

• To cool industrial machines

What is the main reason Cold Jet is effective on tough grime?

• It uses chemical reactions

• It uses high velocity

• It uses abrasive materials

• It uses high temperatures

Why is cold preferred over heat in the cleaning process of Cold Jet?

• Cold is cheaper than heat

• Cold helps break the bond between dirt and surface

• Heat can cause more damage

• Cold is faster than heat

What happens to the dry ice pellets when they hit the surface?

• They explode

• They remain solid

• They turn into gas

• They melt into water

What is the temperature to which surfaces are cooled during cleaning?

• 0°F

• -200°F

• -109°F

• -50°F

How does Cold Jet demonstrate its gentle cleaning capability?

• By polishing a metal surface

• By removing ink from a business card

• By washing clothes

• By cleaning a car

What PSI is used during the gentle cleaning demonstration?

• 30 PSI

• 20 PSI

• 10 PSI

• 40 PSI

What is the result of using Cold Jet on low power?

• It is ineffective

• It damages the surface

• It leaves a residue

• It cleans without damage

What traditional methods are compared to Cold Jet for cleaning asphalt?

• Sandblasting

• Kerosene and pry bars

• Chemical solvents

• Water and soap

What is a key environmental benefit of using Cold Jet?

• It uses renewable energy

• It avoids secondary waste streams

• It creates a secondary waste stream

• It does not damage surfaces