Ultrafilter SMF07/30, direct aftermarket replacement. This filter is an aftermarket in-line filter designed for compressed air systems. It utilizes borosilicate micro glass fibre media with a 0.01 µm filtration rating, effectively removing fine particulates and aerosols. With a differential pressure of 80 mbar and a maximum working temperature of 65 °C, this filter is suitable for continuous operation in industrial environments. It serves as a direct replacement for filters used in equipment from Alup, Atlas Copco, Boge, and Kaeser, offering a cost-effective alternative without compromising performance.
Technical properties & cross references
Specifications
| Differential Pressure |
80 mbar |
| Filtration Media |
Borosilicate micro glass fibre 0.01 µm |
| Media type |
Borosilicate micro glass fibre |
| Filtration Rating |
0.01 µm |
| Body Height |
180 mm (7 3/32") |
| Maximum Working Temperature |
65°C (149°F) |
| Minimum Working temperature |
1.5°C (35°F) |
| Outer Diameter |
86 mm (3 3/8") |
| Stat. HS-Code |
84149000 |
| Country of Manufacture |
China |
Price beat guarantee
We check what other aftermarket sellers charge for this same part. Their prices on the date we checked:
| Seller |
Price |
Checked |
| Oxfil |
USD 60.52 |
16 Oct 2026 |
| The Air Market |
USD 102.02 |
13 Oct 2026 |
| FilterFinder Online |
USD 246.00 |
13 Oct 2026 |
| Spare Part Mart |
USD 48.42 |
Today |
Our price of USD 48.42 is 20% to 80% less than these sellers.
Found this part cheaper somewhere else? Send us the listing and we will beat it by 5% under our Price Beat Guarantee. Every order is also covered by our 30 day money back guarantee.
Use cases & applications
High-Precision Air Quality
In applications requiring ultra-clean compressed air, such as pneumatic controls or sensitive instrumentation, the 0.01 µm filtration rating ensures removal of sub-micron particles and oil aerosols, protecting downstream equipment from contamination.
Continuous-Duty Industrial Lines
For manufacturing facilities operating compressors around the clock, the filter's 80 mbar differential pressure and 65 °C temperature tolerance allow reliable performance under constant load, reducing unplanned downtime.
Multi-Brand Fleet Maintenance
Workshops servicing compressors from Alup, Atlas Copco, Boge, and Kaeser can consolidate inventory with one filter that fits multiple brands, simplifying stock management and reducing the risk of using the wrong element.
Harsh Ambient Conditions
In environments with temperature swings, the filter's minimum working temperature of 1.5 °C ensures functionality even in cold climates, preventing condensate freezing and maintaining air quality.
Frequently asked questions
How can I confirm this filter fits my compressor?
Check your compressor's brand and model against the compatible brands: Alup, Atlas Copco, Boge, and Kaeser. If your equipment is from one of these brands, this filter is likely a direct replacement. For precise fitment, measure the outer diameter (86 mm) and body height (180 mm) of your current filter.
What is the filtration rating and media type?
The filter uses borosilicate micro glass fibre media with a filtration rating of 0.01 µm. This rating captures fine particles and oil aerosols, providing high-efficiency filtration for compressed air systems.
What are the dimensions and thread specifications?
The outer diameter is 86 mm and the body height is 180 mm. Thread specifications are not provided in our verified data; please consult your equipment manual or measure the thread on your existing filter to ensure compatibility.
Is this an OEM or aftermarket part? How does it compare to branded filters?
This is an aftermarket replacement, not an OEM part. It is built to match the specifications of filters from brands like Alup, Atlas Copco, Boge, and Kaeser, offering a cost-effective alternative while maintaining the same filtration performance.
How do I install and replace this filter?
Installation typically involves shutting down the system, depressurizing the line, removing the old filter element, and inserting the new one. Ensure the O-rings are properly seated. Always follow your equipment manufacturer's safety procedures.