Frequently asked questions | |
Free from contaminating matter upto a pre-decided specific level, based on the nature of application. | |
Process involved in removing contaminating matter upto the desired specific level, prior to the further process. | |
Ans:- Hand Scrubbing Tumble Barrels Steam Guns Washing Booths Soak Tanks etc. Alone do not produce desired cleaning results. | |
Ans:- Combination of Processes Consistency of Processes These can be met by effective Cleaning Systems. | |
Ans:- Spray Cleaning: for Pre-cleaning i.e. removal of bulk contamination from the components & separating it out from the working chamber Ultrasonic Cleaning: Gives thorough brushing action throughout the component surface, including intricate crevices & blind holes Injection/ Immersed Flood Wash: for washing out loosened contamination after ultrasonic cleaning Spray Rinsing: To rinse off the washing medium from the surface & to protect the surface temporarily from rusting Hot Air Blow-off: To heat the components above boiling point of water & thereby accelerating the drying process Vacuum Drying: To remove the water particles from minute cavities, which are present due to capillary & surface tension property
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Ans:- Spray Cleaning: for Pre-cleaning i.e. removal of bulk contamination from the components & separating it out from the working chamber Ultrasonic Cleaning: Gives thorough brushing action throughout the component surface, including intricate crevices & blind holes Injection/ Immersed Flood Wash: for washing out loosened contamination after ultrasonic cleaning Spray Rinsing: To rinse off the washing medium from the surface & to protect the surface temporarily from rusting Hot Air Blow-off: To heat the components above boiling point of water & thereby accelerating the drying process Vacuum Drying: To remove the water particles from minute cavities, which are present due to capillary & surface tension property | |
Ans:- Spray Cleaning: for Pre-cleaning i.e. removal of bulk contamination from the components & separating it out from the working chamber Ultrasonic Cleaning: Gives thorough brushing action throughout the component surface, including intricate crevices & blind holes Injection/ Immersed Flood Wash: for washing out loosened contamination after ultrasonic cleaning Spray Rinsing: To rinse off the washing medium from the surface & to protect the surface temporarily from rusting Hot Air Blow-off: To heat the components above boiling point of water & thereby accelerating the drying process Vacuum Drying: To remove the water particles from minute cavities, which are present due to capillary & surface tension property | |
Ans:- Spray Cleaning: for Pre-cleaning i.e. removal of bulk contamination from the components & separating it out from the working chamber Ultrasonic Cleaning: Gives thorough brushing action throughout the component surface, including intricate crevices & blind holes Injection/ Immersed Flood Wash: for washing out loosened contamination after ultrasonic cleaning Spray Rinsing: To rinse off the washing medium from the surface & to protect the surface temporarily from rusting Hot Air Blow-off: To heat the components above boiling point of water & thereby accelerating the drying process Vacuum Drying: To remove the water particles from minute cavities, which are present due to capillary & surface tension property | |
Ans:- Ultrasonic Cleaning is used to clean the machined Components i.e. to remove foreign contaminating particles from the Components. Ultrasonics means high frequency sound waves to agitate in a liquid. Cavitation bubbles induced by the agitation, act on contaminants adhering to substrates The intention is to remove contamination from the surfaces. As these are the waves, those reach wherever liquid reaches and also cleans the intricate areas. The contaminants can include dust, dirt, oil, grease, etc. The chemical added breaks down the surface tension of the water base. An ultrasound generating transducer bank, bonded to the tank, produces ultrasonic waves in the fluid by an electrical signal oscillating at ultrasonic frequency. This creates compression waves in the liquid of the tank, leaving behind many millions of microscopic ‘voids’ or ‘partial vacuum bubbles’ (cavitation). These bubbles collapse with enormous energy and in-turn loosen/ pull-out contamination. However, they are so small that they do no more than clean and remove surface dirt and contaminants. | |