Explosion Proof Ultrasonic Cleaning machine

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Application examples of using explosion-proof ultrasonic cleaning machine:
1. Surgical implants, one of the most common applications is cleaning surgical implants. These are often cleaned with IPA. The reason is that it evaporates rapidly, is relatively non-toxic and has no residue.
2. Small X-ray tube assemblies are cleaned in volatile solvents to produce absolutely pollution-free results.
3. Electronic components, printed circuit boards, motherboards and other electronic components may accumulate flux and other pollutants in the manufacturing process, which must be removed before transportation.
4. Cleaning powder coating nozzle regularly is an important step to keep high quality coating.
5. Ultrasonic equipment options for volatile solvents
 
Here are three examples of using an explosion-proof ultrasonic cleaner:
For large scale operations, sol XP flammable liquid ultrasonic cleaning systems with capacities of 4, 6, 9 and 33 liters are now available. These products are designed for low flash point volatile solvents.
 
These 40 kHz ultrasonic frequency units meet all class I zone 1 (cid1) codes and area requirements. The only difference between them is the size and capacity of the tank. They can install cooling sleeves around the top of the tank to capture solvent vapor and reduce odor.
 
The unit is inerted with nitrogen to provide additional fire protection. Ask us about the included and optional features on these devices.
 
Isolate the solvent from the environment
This method is most effective when the parts to be cleaned are relatively small and cleaning is done occasionally rather than as a full-time procedure.
 
Place the parts carefully in the flask or beaker and add enough solvent to ensure that they are completely immersed. Cover the container loosely to reduce steam generated during cleaning.
 
Do not tightly seal the container, as expansion due to heat generated by ultrasonic cavitation can cause the container to rupture.
 
In this case, you can use tap water with surfactant in the ultrasonic cleaning tank. Before continuing, remember to degass the solution by selecting "degassing" mode (if equipped) or by running the cleaner at no load for 15 to 20 minutes or until bubbles no longer float to the surface.
 
The flask clamp can be used to hold the flask in position in the basket, and the beaker cap can be used instead of the basket to support the beaker.
 
In either case, immerse the bottom 1-2 inch container in water. Ultrasonic energy will penetrate the glass wall and cavitation will occur in IPA. At the end of the process, carefully remove the dry parts, which will be free of residue.
UCE-1006ST 280×210×210 20,28,33,40,80,130 300 1000
UCE-1012ST 400×310×280 20,28,33,40,80,130 600 3000
UCE-1018ST 490×360×320 20,28,33,40,80,130 900 3000
UCE-1024ST 630×430×320 20,28,33,40,80,130 1200 4000
UCE-1030ST 630×530×320 20,28,33,40,80,130 1500 4000
UCE-1036ST 680×530×360 20,28,33,40,80,130 1800 5000
UCE-1040ST 680×570×400 20,28,33,40,80,130 2000 5000
UCE-1041ST 730×570×450 20,28,33,40,80,130 2400 6000
UCE-1042ST 790×670×510 20,28,33,40,80,130 3000 6000
UCE-1043ST 850×770×570 20,28,33,40,80,130 4000 7000
UCE-1044ST 910×820×620 20,28,33,40,80,130 5000 7000
UCE-1045ST 960×870×680 20,28,33,40,80,130 8000 8000
UCE-1046ST 1100×930×730 20,28,33,40,80,130 10000 8000