Oil Filter Dealers in Hingne Budrukh, Pune

Centrifugal Oil Cleaner operates on the Reaction turbine principle. Oil enters the Centrifuge under pressure and passes into the rotor thru hollow rotor shaft. The oil pressure and flow is converted in rotational energy as the oil escapes through the jets, producing speed up to 7000 RPM & above. The resultant Centrifugal force removes dirt from the engine oil depositing it on the inner wall of rotor in a dense cake form. Clean oil drains back directly to the tank.

our oil filtration plants are used to remove impurities from transformer and switchgear oil such as moisture, dirt, air and other gases. This is a `low temperature and high vacuum` principle based equipment as per the international standards 6034 (1989) and its latest revision. We manufacture plants of variable capacities of 600 to 10000 lph which can be customized to special capacities if required by the clients. This plant takes the impure oil into the system through the inlet ball valve and then pumps it through by a positive displacement pump. A filter prior to this removes solid particles up to 1mm size and magnetic particles. After heating the oil up to 60°c it passes through the cartridge filters, where particles up to 5 microns are filtered. A specially designed vacuum chamber removes moisture, air and all the gases with the help of vacuum. The oil falls by way of gravity over the media inside forming a thin film of oil, exposing a larger surface area. The dissolved moisture and gases are evacuated and the oil is ready.  

Using vacuum absorb the high temperature frying oil into the filter cylinder, through filter cloth purification, then return to frying machine. Filter cloth use optimum porosity and permeability, separating impurity particles and other harmful substances, thereby inhibiting frying oil acid value too high and the generation of peroxide, prolong the service life of oil, to improve the quality of the products. With the characteristics of high filtration accuracy, energy saving, simple operation and so on. technical parameters: model pvg-lyj-600 pvg-lyj-800 capacity 30-50kgminute 80-120kgminute working pressure 0.3mpa 0.3mpa filter material stainless steel strainer stainless steel strainer filtering area 0.68 m2 (three strainer) 1.2 m2 (three strainer) 1.1 m2 (five strainer) 2.0 m2 (five strainer) entrance pipe 1.5 inch 2.0 inch exit pipe 1.0 inch 1.5 inch power 1.5 to 2.2 kw 3 to 5kw dimension 850 x 810 x 880 mm 1100 x 1000 x 1320 mm

• Type: Paper, Oil filtration
• Shelf Life: 2years
• Color: White

We are engaged in the manufacturing, supplying and exporting of high quality hydraulic Oil Machine Filter Paper. These Oil Filter Papers are highly demanded in the market due to their cost effectiveness and longevity. Availability : Prefilters ;Cartridge filters feature an Acrylic Fiber-Phenolic resin Cellulose Fibers-Melamine Resin construction.Produce an extremely rigid pore structureThis construction allows the filter to withstand extreme viscosities and temperature without compression or collapse.A true graded density construction allows complete utilization of the filter's depth, with coarse particles captured in the outer zones and finer particles captured in the inner qualifying zone.Both wire mesh and paper mesh also available with various sizes as per customer requirements.Collector Paper :Cellulose filter paper (collector paper) for electrostatic oil purifier as per models and if required it can be supplied by us as per customer requirement. Features : Highly absorbentOptimum qualityAnti-tear Applications : Oil refineries (for removing impurities from oil)steel industryplasti molding

OIL FILTRATION PLANTS CAN BE SUCCESSFULLY MODIFIED & AUTOMATED FOR VARIABLE FLOW RATE. A brief description is given for your reference.   INLET & OUTLET PUMPS : The pump will be driven by suitable sized AC drive to control the flow rate. By using these settings we can control the flow rate from i.e. If Plant is 6000 LPH then it will vary from 1000 LPH to 6000 LPH.   HEATER TANK : It is also necessary to select proper heat output for variable flow rates. This will avoid localized heating of oil for small flow rates.This section will incorporate PLC which will control the heaters.PLC will be used for control of heater groups, once certain flow rate has been selected, heaters will be configured automatically to suit that flow rate. This control panel will be designed for reliable & trouble free operation.By using the above system the major benefit is to have a single machine instead of different models for different capacities. In this case, flow rate can be kept variable from 1000 LPH to 6000 LPH. Power saving of 30% can be achievable by using this system as compared with traditional oil filter system designs.   OPERATIONAL & PROCESS AUTOMATION Press 'START' to start the oil filtration process. All airing valves, oil inlet & outlet valve will close. The rotary vacuum pump will start to achieve coarse vacuum. After achieving coarse vacuum level, which the 'Vacuum Switch' will sense. After achieve the desired level of fine vacuum in the plant, oil inlet valve & intermediate valve will open and the oil inflow will start due to vacuum inside the plant. The flow switch provided in the suction line of the plant will sense the oil flow & that signal will start the oil inlet pump. In case, the incoming oil flow is not there, HMI on the control panel will display 'LOSS OF OIL', with annunciation. One pressure release valve, provided across the inlet pump will control the excessive pressure rise in the plant. As oil is filled in the degassing chamber, the high level float switch will operate & that will put 'OFF' the inlet pump & start the outlet pump. The starting signal to the outlet pump will open the outlet valve. As the oil level in the degassing chamber comes down, the high level float switch will start the inlet pump, again. Thus the oil circulation through the filtration plant will start. After the continuous oil flow through the plant, the heaters will be 'ON'. Temperature of oil will be controlled by TIC (Temperature Indicating Controller) & one safety thermostat will control the accidental temperature rise. Thus the hot oil circulation through filters & degassing chamber will start resulting in the effective separation of solid impurities as well as dissolved moisture & gases from the oil. During the filtration process, the necessary interlocks provided will avoid malfunctioning of the plant, like   1. High level float switch will stop the inlet pump, to avoid flooding of the degassing chamber. 2. Unless the inlet pump is 'ON' the heaters will not be energized. 3. Low level float switch will stop the outlet pump to avoid dry running of the pump During the filtration process, the moisture meter, installed in the inlet line, will display the moisture content in PPM, continuously, on it's indicator, on the control panel. Once the desired PPM (moisture) content is achieved, the moisture meter installed in the inlet line, will shut down the plant, automatically. This plant will also run with Manual Interference means with Manual Operation.

• Brand Name: GEN-NEXT
• Automation Grade: Automatic
• Material: Paper Core

• Brand Name: interchangeable for Compressors
• Material: Aluminum
• Efficiency: VARIOUS
• Brand Name: Bosch, Mann
• Material: Wire Mesh, Paper Core
• Filtration Medium Material: Paper
• Filtration Grade: Medium Filter
• Filter Type: Panel Filter

Hydraulic Filter for Oil Recovery, Cabinet Type Front Loading Cleaning Machine

Oil Removal Filters, Air Valves, borosilicate micro class filters

Edible Oil Filter Papers, Scraper Conveyor, Paper Band Filter

seedless dry grapes, Electric Motors, Pumps

Electrostatic Oil Filters, Electrostatic Oil Cleaner, Vacuum Dehydration Unit