Product feature

1.Latest Dry Ion Charge Resin technology, effectively removes the acidoid in the fire-resistant oil, its capacity of handling the acids is 7 times higher than diatomite, and keep the acid value lower than 0.08.

2.Latest Balanced Charge technology, effectively removes system sludge and varnish, prevent the seizure of valve, and keep the cleanness of the system under NAS4 for a long term.

3.Effectively remove the resistivity, prevent chemical corrosion.

4.Fast remove the metal ion (Ca, Mg, Na, and Fe) due to the leakage of the filter when using diatomite, and keep the metal ion of the system lower than 10ppm.

5.The already existed gelatinous phosphate will be decomposed and not regenerated during the deacidification process, completely eliminating the impact on the servo valve.

6.Dry ion charge resin adopts globular structure, uniform particle size, which will not cause the leakage.

Working principle

Balanced Charge Sub-micron Purification

WJLTM technology is able to effectively remove all insoluble contaminations, including sub-micron sludge and jellies through the agglomeration of charged particles. WJLTM can also absorb and clean the reservoir, valves and pipeline via the flow of charged particles, keeping the EHC system clean.

Passing contaminations fluid over a series of electrodes that carefully charge particles, both positive (+) and negative (-), then positively and negatively ionized contaminant particles are attracted to each other, growing in size as they agglomerate. The smaller particles, too small to be caught, are easy to be captured by the filters.

Dry Ion Charged Resin

DICRTM is capable of removing soluble contaminants from acids to metal salts without producing dangerous sub-micron particles. Compared with the other deacidification technology, DICRTM has much higher deacidification ability, long service life, and more efficiency, and our DICRTM technology has a record of more than 20 million hours of successful operation.

WSD WMRTM- EHC Online Water Pollution Control System

WSD WMRTM blankets your reservoir headspace with super-dry, clean air, fundamentally excluding moisture and contaminants from EHC oil. A low pressure air purge in the headspace accomplishes two important tasks simultaneously: It extracts moisture from the fluid while excluding other contaminants from getting in the system. The result is exceptionally clean, dry oil.

The WMRTM is designed for ease of use. It is manufactured using an advanced hollow-fiber membrane media and an aluminum outer shell. This patented process flows air through the length of the membrane module, where the membrane allows moisture molecules to pass through. The dehydration air is then discharged from the unit at line pressure port. The WMRTM has a -40℃ dew point, which is extremely important for water removal from EHC fluids.

Product parameters

Client Cases

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  江蘇EH系統(tǒng)抗燃油凈油機(jī)

• 

  電力EH系統(tǒng)抗燃油凈油機(jī)

• 

  電力燃?xì)廨啓C(jī)抗燃油凈油機(jī)

Optional devices

• WICM- Inline Contamination Monitor
• Various filter elements
• WMR 抗燃油在線水污染控制系統(tǒng)

1. 
   Technical parameters

   ?8 channel contamination measurement & display

   ?Measures and displays the following international standard formats; ISO 4406:1999, NAS 1638,AS 4059E and ISO 11218

   ?Moisture and temperature sensing fluid dependant

   ?Data logging and 4000 test result memory

   ?Manual, automatic and remote control flexibility

   ?Multicolour LED and remote alarm signals available (R Versions)

   ?Robust die cast aluminum construction

   ?LPA View software (included)

   ?Pressure max. 400 bar

   ?Environmental protection IP65/67 versatile

2. 
   Technical parameters

   Widely used in hydraulic systems and lubrication systems for engineering machinery, mining machinery, metallurgical machinery, etc.

   Large filtration area, low pressure loss, high dirt-holding capacity and long service life. The compatible fluids are including mineral-based, water-glycol, phosphate-based, and various special hydraulic fluids. Filtering fineness: 1μm-500μm(β=100)

3. 
   Technical parameters

   The WSD WMR system generates ultra-dry clean air into the sealed tank headspace. By fundamentally blocking water mist and particulate matter from the EHC oil, the dry clean air in the top space of the tank plays two roles: absorbing water, preventing other pollution from entering the tank, and keeping the EHC oil clean and dry. The WMR system is simple to design and use. It is made of advanced membrane material and aluminum flank shell. During the entire operation, air flows through the membrane assembly, is dehumidified, and then exits from the line pressure port of the equipment and into the tank. WSD WMR is rated at -40 degrees dew point, which is extremely important for removing moisture from EHC fluids.

   

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