Oil water separator for bulldozer spare parts

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Applications

We can supply most of the Chinese brands. SHANTUI Bulldozer SD16Oil Water Seperator， SHANTUI Bulldozer SD22Oil Water Separator, SHANTUI Bulldozer SD32Oil Water Separator,
HBXG Bulldozer SD7NOil Water Seperator，HBXG Bulldozer T140Oil Water Separator, HBXG Bulldozer TY165Oil Water Separator , HBXG Bulldozer TY230Oil Water Separator, HBXG Bulldozer SD6NOil Water Separator, HBXG Bulldozer SD7NOil Water Separator, HBXG Bulldozer SD8NOil Water Separator, HBXG Bulldozer SD9NOil Water Separator,
XCMG Bulldozer TY160Oil Water Seperator，XCMG Bulldozer TY230Oil Water Seperator，XCMG Bulldozer TY320Oil Water Seperator，SEM Bulldozer SEM816Oil Water Seperator，SEM Bulldozer SEM822Oil Water Separator.

LIUGONG Bulldozer B110Oil Water Seperator，LIUGONG Bulldozer B160Oil Water Seperator，LIUGONG Bulldozer B230Oil Water Seperator，LIUGONG Bulldozer B320Oil Water Seperator，PENGPU Bulldozer PD140Oil Water Seperator，PENGPU Bulldozer PD165Oil Water Seperator，PENGPU Bulldozer PD220Oil Water Separator,
PENGPU Bulldozer PD320Oil Water Separator, PENGPU Bulldozer PD410Oil Water Separator, ZOOMLION Bulldozer ZD160Oil Water Seperator，ZOOMLION Bulldozer ZD220Oil Water Seperator，ZOOMLION Bulldozer ZD230Oil Water Separator, DADI Bulldozer MD32Oil Water Separator, DADI Bulldozer MD23Oil Water Separator, DADI Bulldozer MD23 Oil Water Separator, DADI Bulldozer MD16Oil Water Separator.

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Product Detail

Product Tags

Oil Water Separator

Because there are many kinds of spare parts, we can’t display them all on the website. Please feel free to contact us for specific ones

Advantage

1. We supply both original and aftermarket products for you
2. From the manufacturer to the customer directly, saving your cost
3. Stable stock for normal parts
4. In Time Delivery Time, with competitive shipping cost
5. Professional and on time after service

Packing

Carton Boxes, or according to clients’ request.

description

The working principle of the oil-water separator is to use the density difference between water and fuel, and then rely on the action of the earth’s gravitational field to make it move relative to each other. The oil rises and the moisture drops, thus achieving the purpose of oil-water separation. The oil-water separators are divided into industrial grade oil-water separators, commercial oil-water separators and household oil-water separators according to their uses. The oil-water separators are mainly used in petrochemicals, fuel locomotives, and sewage treatment. The oil-water separator has a very good oil-water separation effect and has a wide range of uses.

The oil-water separator is used to separate condensed moisture and oil in the compressed air and other impurities, so that the compressed air can be purified initially. The working principle of the oil-water separator is: when the compressed air enters the oil-water separator, the flow direction and speed change sharply, and then rely on inertia to separate the oil droplets and water droplets with a density greater than that of the compressed air. Common impingement and circular rotary oil-water separators. After the compressed air enters the separator housing from the inlet, the airflow is first blocked by the partition and folds back downwards, and then rises upwards to produce a circular rotation. In this way, water droplets and oil droplets are separated from the air under the action of centrifugal force and inertial force and settle at the bottom of the shell. The oil droplets can be discharged by regularly opening the bottom valve. The preliminarily purified air is sent to the air storage tank from the outlet.

1. The oily sewage is sent to the oil-water separator by the sewage pump. After passing through the diffusion nozzle, the large oil droplets will float on the top of the left oil collection chamber.
2. The sewage containing small oil droplets enters the corrugated plate coalescer at the lower part, where the polymerized oil droplets form larger oil droplets to the right oil collecting chamber.
3. Sewage containing oil droplets of smaller particles passes through a fine filter to remove impurities in the water and enter the fiber polymerizer in turn, so that the fine oil droplets are aggregated into larger oil droplets and separated from the water.
4. After separation, the clean water is drained through the drain port, the dirty oil in the left and right oil collection chambers is automatically drained through the solenoid valve, and the dirty oil separated in the fiber polymerizer is drained through the manual valve.