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Operating industrial pneumatic systems in extreme thermal environments often leads to component failure, air leakage, and costly production halts. This high temperature air filter regulator is specifically engineered for stable operation across a demanding temperature range of 5~60℃. We have implemented specialized structural and material upgrades that actively resist thermal deformation and prevent performance degradation during long-term exposure to intense heat. Facility operators notice a tangible difference in the metallic resilience of the housing, which maintains its structural integrity relative to the ambient environment, ensuring that internal airflow remains unobstructed and precisely regulated. By maintaining consistent functional reliability in high-temperature workshops, this unit eliminates the frequent maintenance issues associated with standard air source processors.
Standard rubber seals quickly harden, crack, and fail when exposed to continuous heat. Equipped with advanced heat-resistant sealing components and a reinforced valve core structure, this heat resistant pneumatic air source processor effectively prevents air leakage caused by thermal aging. The precision-engineered tight fit ensures long-term air tightness and pressure control accuracy, even under constant thermal cycling. This specialized sealing architecture significantly extends the maintenance lifecycle of the unit. For industrial facilities running continuously in elevated temperatures, this means a drastic reduction in shutdown frequency, lowering overall operational costs and keeping automated lines moving without unexpected pressure drops.
Managing condensation in pneumatic lines is critical, especially when temperature fluctuations create excess moisture. The unit adopts a highly responsive differential pressure drain type design. It achieves stable and reliable automatic drainage by mechanically sensing pressure differentials, functioning flawlessly even under fluctuating temperature and pressure conditions. This mechanism entirely eliminates the need for manual drainage operations. By removing the necessity for technicians to interact with the unit in dangerously hot workshops, it significantly reduces safety risks. The continuous, hands-free moisture removal guarantees uninterrupted operation of the entire pneumatic network, protecting downstream machinery from water-induced damage.
Before integrating any pneumatic component into a thermal-intensive facility, verifying exact operational parameters is essential. The following data details the precise pressure tolerances and thermal thresholds of our air source treatment unit. Every metric, from the 1.5Mpa proof pressure to the 40μm filter aperture, reflects rigorous engineering designed to maintain fluid stability and prevent pneumatic failure in environments reaching up to 60℃. Facility engineers can rely on these exact specifications for accurate system sizing and safe integration into existing heavy machinery networks.
Product Parameter | |
Proof pressure | 1.5Mpa(213Psi) |
Max.working pressure | 0.95Mpa(135Psi) |
Environmental and fluid temperature | 5~60℃ |
Filteraperture | 40μm |
Suggested oil usage | Turbine No.1 oil(ISOVG32) |
Cupmaterial | Polycarbonate |
Filterwater cup capacity | AFC1500~AFC2000:15CC |
Cuphood | AFC1500-AFC2000:No |
The physical construction of the High Temperature Resistant Air Source Processor is dictated by rigorous manufacturing standards. We utilize high-precision CNC machining to craft the valve body and connection interfaces, ensuring absolute airtightness and exceptional structural strength under severe thermal stress. It features a reinforced double-sided port design, with standard port specifications directly compatible with heavy-duty pneumatic pipelines, including AFC1500: 1/8 and AFC2000: 1/4. The core water cup is molded from high-temperature modified polycarbonate. When handling the unit, the thickness and density of this polycarbonate are immediately apparent—it delivers excellent thermal stability, impact resistance, and anti-yellowing performance under long-term high-temperature exposure. This clarity allows for instant, visual real-time liquid level monitoring without opening the enclosure. Furthermore, the BFC series is equipped with a high-strength plastic protective cup cover, which provides additional protection against high-temperature splashes, abrasive dust, and mechanical impact typical of harsh industrial environments.
This high temp air source treatment unit is specially designed for the most demanding thermal scenarios. It provides reliable air source purification and precise pressure control for heavy industrial enterprises, chemical equipment manufacturers, metallurgical facility operators, and high-temperature automation solution providers. Key deployment areas include:
Metallurgical Equipment: Withstands radiant heat near furnaces, ensuring stable pneumatic actuation for heavy lifting and pouring mechanisms without seal degradation.
Heat Treatment Workshops: Maintains pressure accuracy despite constant ambient temperature shifts during metal hardening and annealing processes.
Chemical Production Lines: Resists degradation in environments where elevated temperatures and airborne corrosive particulates challenge standard filtration units.
Rubber and Plastic Extrusion Machinery: Delivers clean, dry air to extrusion machinery, preventing moisture defects in high-temperature molded products.
Boiler Supporting Pneumatic Systems: Operates reliably in boiler rooms, managing air supply for soot blowers and draft control valves.
High-Temperature Coating Lines & Forging Equipment: Ensures absolute air purity to prevent paint contamination in heated curing ovens and withstands the mechanical shocks of forging presses.
Every high temperature resistant air source treatment unit we produce undergoes a rigorous testing protocol before leaving our facility. Backed by a team of senior pneumatic experts and modern production lines, we maintain full traceability from raw material sourcing to final dispatch. Our products are certified by ISO, CE, and SGS, meeting strict global standards for industrial safety and environmental compliance. Each unit passes strict thermal cycle testing, high-temperature sealing performance evaluations, and extreme pressure resistance verification to guarantee stability in long-term operation. We provide targeted custom services for industrial clients with special working condition requirements. This includes high-temperature sealing material upgrades, customized filtration precision, special port size adaptation, and batch customization for project-specific needs. Our comprehensive after-sales service ensures your systems remain operational, offering expert selection guidance, dedicated overseas technical support, and a streamlined replacement parts program to minimize long-term maintenance expenses.
Addressing the specific procurement needs of project managers and facility engineers is a priority. Below are key details regarding our supply chain, packaging standards, and order fulfillment processes to ensure a smooth acquisition experience.
Relying on large-scale raw material procurement and substantial inventory capacity, we offer flexible MOQ terms to accommodate both prototype testing and full-scale plant upgrades. Standard specification units are processed for rapid dispatch, significantly reducing project lead times and keeping your installation schedules on track.
We utilize custom-designed, industrial-grade shockproof packaging to protect the delicate internal components and polycarbonate cups from transit damage. Every international shipment is accompanied by complete export customs documentation, ensuring smooth, delay-free cross-border logistics directly to your facility.
Yes, we offer transparent payment structures tailored for international procurement. For batch customization, our engineering team provides clear timelines, detailing the exact cycle from initial CAD adaptation to final production, ensuring complete predictability for your supply chain.
