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30 Years Dedicated to Compressed Air Filtration & Separation Technology. Serving Petrochemical, Power, Cement, Plastic, Laser Cutting & More
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Pharmaceutical-Grade Compressed Air: From API Synthesis to Aseptic Filling

In oral-solid, biologics, and sterile fill-finish plants, compressed air is a direct contact process medium — not just a utility. We engineer filter elements and purification packages for fluid-bed granulators, tablet coaters, capsule fillers, lyophilizers, and RABS/isolator pneumatics, so every cubic metre of air meets GMP and oil-free, ultra-clean specifications before it reaches an open product, a batch record, or an inspector's eyes.Get In Touch

Smart Manufacturing Made Carefree

High-Efficiency Compressor Filtration & Low-Carbon Air Solutions

In harsh industrial environments, dense dust, oil mist, and condensate corrosion severely degrade compressor efficiency and threaten downstream automated assembly lines. Engineered to withstand extreme pressures, high temperatures, and continuous high-load operations, our end-to-end filtration solutions—including air intake, high-pressure lube oil, air-oil separation, and precision pipeline filters—effectively block solid particulates and liquid aerosols, providing total protection for precision pneumatic equipment and high-end process applications.

For OEM skids or plant retrofits, the same multi-tier systems cut pressure drop to trim energy spend, while condensate oil-water separation and differential-pressure sensing turn an invisible risk into a managed, auditable parameter. That is how plants hit GMP and environmental management targets without trading away uptime — and move toward the low-carbon, fully traceable operation modern owners expect.

Key Product Highlights

Non-Shedding Intake Filters for GMP Zones


Sited ahead of cleanroom make-up and powder-conveying air, flame-retardant nanofiber media captures ambient and API dust without releasing fibres into oral-solid lines — protecting rotors and keeping your Grade C/D intake from becoming a contamination source itself.

Lube-Oil Filters Resistant to Solvent Attack


API synthesis and continuous campaigns push oil temperatures and chemical load higher than typical plants. High-strength synthetic media captures carbon and degraded additive sludge, shielding bearings and shaft seals through back-to-back validation batches.

Coalescers for Product-Contact Air


In fluid-bed granulation and pan coating, compressed air contacts the wet mass directly. Multi-layer glass-fibre coalescers hold residual oil to 1–3 ppm (oil-free option available), so oil never becomes an impurity in the finished dosage form.

0.01 μm Final Filters for Aseptic Lines


Mounted at RABS, isolators, lyophilizer ports, and vial-blowing nozzles, these 0.01 μm elements intercept bacteria, endotoxin aerosols, and oil vapour — delivering oil-free, ultra-clean air to the point of use in sterile fill-finish.

Condensate Treatment for API-Loaded Drains


Compressor condensate in pharma often carries traces of API and solvent. Our separators pull oil and hydrocarbon load down for compliant discharge, keeping drains inside GMP waste-handling rules and away from environmental-release deviations.

Differential-Pressure Nodes for Batch Records


Hard-wired into SCADA and batch-recording systems, our IoT nodes log filter restriction and pressure loss as auditable data — supporting 21 CFR Part 11 data integrity and letting maintenance swap elements on trend, never mid-batch.

Boosting Manufacturing Efficiency

Filters Engineered for Compressor Systems

Pharma compressors rarely get a quiet night — they run to the batch schedule, often 24/7 across campaign after campaign. Screw, vane, and oil-free centrifugal machines feeding sterile and non-sterile areas each demand filtration that survives SIP/CIP cycles, humidity spikes, and wash-down without drifting out of specification.We supply durable, modular elements and purification packages matched to each machine's capacity and pressure rating, holding separation efficiency and service life even in the tightest cleanroom envelope — so the air side never becomes the reason a campaign slips or a lot is rejected.
  • Sterile-Grade Air, Held at the Source:

    The intake-to-point-of-use chain drives residual oil below 1–3 ppm and particles down to 0.01 μm while intercepting microbial aerosols — satisfying the oil-free (Class 0) air that fluid-bed, coating, and aseptic filling actually require, not a generic "clean enough" claim.

  • Validation-Ready, Not Just Compatible:

    Elements tolerate SIP steam and CIP, ship with traceable lot numbers, and log to SCADA for 21 CFR Part 11 data integrity — so your validation and QA teams close IQ/OQ/PQ faster instead of re-running paperwork.

  • Campaign Continuity, No Batch Loss:

    Low-resistance media extends compressor host life by over 30% and shaves ~1% shaft power per 10 kPa of pressure drop saved, while IoT trend alerts let crews change elements between batches — turning unplanned downtime from a recall risk into a scheduled, invisible task.

Green & Sustainable

Zero Worry Over Industrial Waste Oil and Condensate

Low-carbon, low-waste operation is now written into how modern pharma sites are audited — and into how owners are judged. Compressor condensate laced with oil, API traces, and solvent residues is exactly the stream regulators watch, and discharging it wrong means an environmental deviation on top of a production one. Our separators combine physical coalescing with membrane polishing to drive condensate oil content below 5 ppm, sending treated water to the sewer or back into the plant while shedding hazardous-waste volumes and the cost of hauling them off-site. Low-shear media does this without extra power draw, so compliance and the energy budget stop fighting each other.By combining physical oil-water separation systems with advanced membrane technologies, we reduce the oil content of system condensate to meet strict discharge regulations (even below 5 ppm). This allows the treated water to be discharged directly into the municipal sewer or recycled back into production, slashing waste oil disposal costs and eliminating environmental compliance risks.
  • Discharge That Passes the Audit:

    Coalescing elements cut hazardous-waste handling and keep the site aligned with GMP environmental certification and local low-carbon mandates — one less finding for the next inspection.

  • Separation Without the Power Penalty:


    Low-shear coalescing media splits oil from water physically, with no heavy ancillary electrical load, delivering compliant discharge at a fraction of the operating cost of thermal or chemical alternatives.

Let's Build a Partnership

Whether you need OEM-grade Compatible with filters, custom-engineered solutions, or distribution opportunities — the AIRPULL team is ready to support you.

30 Years Dedicated to Compressed Air Filtration & Separation Technology. Serving Petrochemical, Power, Cement, Plastic, Laser Cutting & More
Contact Person
Jeff
Full Name:
Jeff
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+86 19836212010

Email:
sales@airpulltech.com
WhatsApp:
8619836212010
Address:
No. 1506, Xinqi Street, National Chemical and Physical Power Sources Industrial Park, Muye District, Xinxiang City, Henan Province (1000 meters north of the intersection of Beihuan Road and Xinqi Stre

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Your trusted compressed air filtration expert