Foamest201

basic information

When micro-nano bubbles are added to coolant liquid: ☆ Bubbles do not disappear for a long time ☆ Oxygen permeates throughout ☆ Inactivation of anaerobic bacteria ☆ Adheres to and floats up fine dirt If you add one unit per coolant tank (200L to 300L), it will be effective. If the coolant container is large or if multiple units are used, you can also introduce multiple units using a branching joint. Model: 201-150 201-300 Body Size: Φ32×150 Φ32×300 mm Specifications: Oil-resistant Usage: Coolant tanks for cutting machines, grinding machines, etc. Grease traps

Price range

Delivery Time

Applications/Examples of results

Foamest201 (Oil-resistant Column) This is a B.nano generation device for coolant and grease traps. ○ Purification and regeneration of cutting fluid - negatively charged bubbles → adhesion and flotation ○ Reduction of coolant odor - oxygen supply → repelling anaerobic bacteria ○ Improvement of cutting efficiency and prolonging tool life - fine bubbles → enhanced cutting efficiency ○ Separation of oil components by flotation to achieve water with low oil content - negatively charged bubbles → adhesion and flotation ○ Reduction of n-hexane - negatively charged bubbles → adhesion and flotation ○ Reduction of BOD and COD - oxygen supply

Detailed information

• 

  Usage of Foamest201 Use with coolant ☆ Install the oil-resistant micro-nano bubble generator Foamest201 inside the coolant tank. The generated nano bubbles will cause small chips and lubricating oil from the machine that were mixed in or settled at the bottom of the coolant to adhere and float up, accumulating at the top. By removing the oil that has accumulated on top, the coolant will be purified, improving cutting efficiency and extending the lifespan of the tools. Additionally, the oxygen supplied by the nano bubbles weakens the activity of anaerobic bacteria, which are the source of unpleasant odors in the coolant, thereby reducing the smell. - The accumulated dirt that has floated to the top should be scooped out and discarded with a net or bucket approximately once a week. The coolant will gradually be purified. Be careful not to stir it too much when removing it, as this will mix the oil that has accumulated on top. Although you may not see anything but the oil on top from above, you should be able to notice a change if you compare the lower layer of the coolant before and after use.

• 

  Usage instructions for Foamesｔ201 Precautions - Please add it to the coolant after starting the air supply. - Increasing the supply pressure will result in larger bubbles. - Remove the accumulated dirt on top every week. - When stopping the air supply, please remove the device from the liquid. - The bubble generation part is prone to damage, so handle it with care.

• 

  Foamest201 The micro-nano bubbles of "Foamest" are used in the coolant tanks of machine tools mixed with cutting fluids. 1. Purification and regeneration of cutting fluids Micro-nano bubbles attach to fine foreign substances and dirt, causing them to rise. By collecting the impurities that accumulate on top, purification and regeneration can be achieved. 2. Reduction of coolant odors Micro-nano bubbles containing oxygen penetrate the coolant, repelling anaerobic bacteria and reducing unpleasant odors. 3. Improvement of cutting efficiency and prolongation of tool life When micro-nano bubbles are present in the liquid, cutting efficiency increases, and as the cutting fluid becomes cleaner, the tools last longer, leading to significant cost savings!

• 

  "Foamest" simply connects to a compressor and regulator to supply air. It operates with simple controls to achieve maximum effectiveness. *Please use an oil-free type compressor or a high-performance oil filter in conjunction. You only need one unit for each coolant tank (200L to 300L) to see results. If the coolant container is large or if you are using multiple units, you can also use a branching joint to introduce multiple units. *If using a compressor within the factory, please use a regulator and oil filter.

• 

  Test Results and Examples 1. Purification and Regeneration of Cutting Fluid Impurities and oil in the liquid have floated to the surface, forming a layer. The liquid has also become cleaner, and its whiteness has returned. 2. Reduction of Coolant Odor This is the result of cultivating and comparing bacteria that cause odors. The number of bacteria showed a difference from the first day, and a significant difference was observed after one week.

• 

  Test Results and Examples 3. Improvement of Cutting Efficiency and Long Tool Life Machine Tool: Matsuura Manufacturing Co., Ltd. RA-IG Cutting Fluid: Yushiroken AP-EX-E7 The tool lasted up to five times longer. Nack's nanobubbles are different here! The micro-nanobubbles of "Foamest" are generated using the world's only "porous membrane method."