Semi Automatic Aluminium Anodizing Machine Ultrasonic Degreasing Tank SUS316

SUS316 Stainless Steel Ultrasonic Degreasing Tank Aluminum Profile Semi-automatic Anodizing Production Line Cleaning Mac

1-1 1st slot: loading level
1-2 second trough: ultrasonic de-laughing tank
1-2-1 construction:
It is made of pure imported 3mm 304 material, ensuring that the tank body is not deformed or leaking, has good corrosion resistance and beautiful appearance, and the side of the tank is provided with side drainage.

1) In-groove size: 1200 × 4400 × 2300mm (L × W × H)
2) Reinforcement of the trough: welding with a thickness of 3mm 304 material
3) Groove edge reinforcement: welding with a plate thickness of 3mm304 bending material
4) 14 shock plates are hung on the left and right sides, and the ultrasonic vibration working surface is chrome-plated to effectively extend the service life. Number of ultrasonic vibrators: 84 / block
Ultrasonic power: 58800W, ultrasonic frequency: 28KHZ/slot. The ultrasonic output power is continuously adjustable, and all of them are imported from Japan NTK chip vibrators. He uses his excitatory vibration mode with a scanning circuit. The output power is continuously adjustable.
5) Two exhaust hoods are connected to the exhaust manifold on both sides of the slot (separate).

1-2-2 filter:
Set the circulation filter device, the filtration precision is 20μ, the flow rate is 10T/h, the filter pump is Taiwan's “National Treasure” chemical special pump, and the filter barrel is made of SS material.

1-2-3 piping:
1) Inlet pipe: Ø3/4〃PVC pipe (with pipe fittings/ball valve)
2) Drain pipe: Ø 1-1/2〃 SS pipe (with pipe fittings / ball valve)
3) Stirring: air agitation (Ø3/4〃 SS tube)

1-2-4 reservoir (independent)
Made of stainless steel plate of SS304 material, the plate thickness is 2mm, ensuring that the groove body is not deformed, beautiful, non-leakage, corrosion-resistant, easy to maintain, and easy to drain.
1) The groove size in the liquid storage tank: 1200 × 800 × 1200mm (L × W × H)
2) There is a water inlet, and a duckbill type liquid level switch is arranged in the tank. When the liquid level is lower than the set position, the pump is stopped, and the signal display is controlled by the PLC control system.