Oil-air separator elements
An oil-air separator element is the key component that determines the compressed air quality of an air compressor. A high-quality oil-air separator element not only ensures the efficient operation of the air compressor but also has a long service life of up to thousands of hours.
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Key words:
Oil-air separator elements
- Features
- Specification
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An oil-air separator element is the key component that determines the compressed air quality of an air compressor. A high-quality oil-air separator element not only ensures the efficient operation of the air compressor but also has a long service life of up to thousands of hours.
• Low pressure drop and energy-efficient
• Long service life
• Specially customized composite fiber filter media
• Low fuel consumption
• Reliable and stable in use
• Oil-air separator elements applied in high/low-pressure conditions can be customized.
• Small-sized high-flow foldable oil-air separator elements can be customized.Product details
The compressed air coming out of a compressor fitting carries oil drops of all sizes. While large-sized oil drops can be easily separated when they flow through an oil-air separator, small-sized oil drops (i.e., suspended oil particles with diameters below 1μm) must pass through a micron-order glass fiber filter layer of the oil-air separator element. Under the diffusion effects of this filter layer, oil particles can be directly intercepted by filter media. Under actions of relevant mechanisms such as inertial impaction and coagulation, suspended oil particles in the compressed air rapidly coalesce into large-sized oil drops. Under gravity, the oil accumulates at the bottom of the oil-air separator element and flows via an oil return pipe inlet at the bottom back to the machine head lubricating oil system. In this way, more purified and oil-free compressed air can be discharged from the air compressor. Solid particles in the compressed air stay at the filter layer when they pass through the oil-air separator element. Consequently, the differential pressure of the oil-air separator element increases constantly. As the service time of such oil-air separator elements is extended, those with differential pressure in a range of 0.08~0.1Mpa must be changed. Otherwise, the operating cost of the air compressor may be raised.
Advantages & features
• High separation efficiency
AIRBOSS adopts the most advanced technology and high-quality filter media to design oil-air separator elements. We strive to improve oil-air separation efficiency and keep the compressed air clean in this way.
• Low pressure drop
Compressed air can be more expensive than other energy. The cost of compressed air largely depends on the energy cost of the air compressor. A high pressure drop means high power consumption. Considering this, AIRBOSS oil-air separators can keep the pressure drop low during their service life.
• A riveted structure
Outer mesh sheets are designed with a riveted structure. This is an advanced environment-friendly electroless plating process. In addition to the high keying strength of their joints, these products have other superiorities such as high production efficiency and attractive appearance.
• A helical framework
The supporting framework of the middle mesh has a helical structure with high compressive strength, which boosts the overall structural stability of our products. The maximum tolerated differential pressure reaches 0.5Mpa.
• Sealing
AIRBOSS uses high-grade sealing gaskets to realize reliable sealing among the end cap, the oil-air separator, and the oil-air bucket.
• Static conductive
AIRBOSS oil-air separators have passed 100% electrical conductivity tests before delivery. Ground connection of such separators with compressors can be achieved via flanges or sealing elements to prevent malfunction triggered by electrostatic discharge.
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Specification
Model
Rated flow rate
m³/minOuter diameter
d1[mm]Flange
d2[mm]Inner diameter
d3[mm]Height
h[mm]SB520
3.5
133
170
75
160
SB521
4.5
133
170
75
200
SB556
5
167
200
109
180
SB564
6.5
167
200
109
230
SB580
9
167
200
109
305
SB637
12
220
273
157
305
SB661
16
220
288
157
400
SB717
20
275
328
209
400
SB727
25.5
275
328
209
500
SB743
16
297
355
220
305
SB750
19
297
355
220
350
SB755
22
297
355
220
400
SB763
28
297
355
220
500
SB772
34
297
355
220
600
SB780
40
297
355
220
700
SB405
24
350
430
265
350
SB471
41
350
430
265
550
Notes
The rated flow rate is designed in the context where the operating pressure is 7 bar.
Purposes: For oil-lubricated screw compressors and scroll compressors
Residual oil content: ＜3ppm
Max. operating temperature: 120°C
Initial pressure drop: ＜0.2bar
Application cases
Oil Injected Rotary Screw Compressors
Oil Injected Rotary Screw Compressors
Oil Injected Rotary Screw Compressors
Oil Injected Rotary Screw Compressors
Oil Injected Rotary Screw Compressors
Oil Injected Rotary Screw Compressors
Oil Injected Rotary Screw Compressors
Oil Injected Rotary Screw Compressors
Advantage
Application description
Rebar is the common name for hot rolled ribbed steel bars. The grade of ordinary hot-rolled steel bar is composed of HRB and the minimum yield point of the grade. H, R, and B are the first letters of the three words Hotrolled, Ribbed, and Bars respectively. Hot-rolled ribbed steel bars are divided into three grades: Grade II HRB335 (the old grade is 20MnSi), Grade III HRB400 (the old grades are 20MnSiV, 20MnSiNb, 20Mnti), and Grade IV HRB500.
Factory description
Rebar is the common name for hot rolled ribbed steel bars. The grade of ordinary hot-rolled steel bar is composed of HRB and the minimum yield point of the grade. H, R, and B are the first letters of the three words Hotrolled, Ribbed, and Bars respectively. Hot-rolled ribbed steel bars are divided into three grades: Grade II HRB335 (the old grade is 20MnSi), Grade III HRB400 (the old grades are 20MnSiV, 20MnSiNb, 20Mnti), and Grade IV HRB500.
Shipping Packaging
Rebar is the common name for hot rolled ribbed steel bars. The grade of ordinary hot-rolled steel bar is composed of HRB and the minimum yield point of the grade. H, R, and B are the first letters of the three words Hotrolled, Ribbed, and Bars respectively. Hot-rolled ribbed steel bars are divided into three grades: Grade II HRB335 (the old grade is 20MnSi), Grade III HRB400 (the old grades are 20MnSiV, 20MnSiNb, 20Mnti), and Grade IV HRB500.
Why Choose Us?
1)The products can be made completely according to the customer's requirements, and we have our own factory. 2)High quality product and good price. 3)Good Pre-sale、on sale and after sales service. 4)Short delivery time. 5)Exported all over the world, with rich experience.
FAQ
Q：I want a specific size or color. Can I get my color coated steel customized?
Yes. Customization is available. You can choose the color or pattern, size (length, width, thickness, weight, etc.), paints, shape, etc. We offer coils and sheets, as well as further processing services, such as logo printing, etc. Please send us your requirements, we will meet your requirements.
Q: Are we a trader or a manufacturer?
A: We are a manufacturer and have our own factory.
Q: How to pack?
A: Can be packaged according to customer's needs
Q: How long is your delivery time?
A: If the goods are in stock, generally about 25-30days if the goods are not in stock, according to the quantity.
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