Brand: HYFILTRATE
Model: FE465-F/H/U/P
Filtration accuracy: 0.01-3
Country of origin: China
Filter media: air, oil
Filter element type: Air compressor precision filter element
Length: Standard
The precision Filter Element of FE465-F/H/U/P air compressor can be classified into four types of filtration registration, namely F-grade, H-grade, U-grade, and P-grade, with corresponding filtration accuracies of 0.1 microns, 0.1 microns, 1 micron, and 3 microns. The filter element is made of high-precision glass fiber filter material and stainless steel skeleton. The precision filter element of the air compressor is the core component used to filter solid particles, oil mist, and liquid impurities in compressed air. It ensures the cleanliness of the air source through interception, diffusion, and agglomeration, and protects the efficient operation of the air compressor system. Widely used in industrial manufacturing, pharmaceuticals, electronics and other fields.
1. Core material technology
Filter medium: multi-layer gradient glass fiber composite structure, treated with oil and water repellent properties
Supporting structure: 304 stainless steel skeleton (pressure resistance 1.6MPa)
Sealing design: Fluororubber O-ring (temperature resistance -30 ℃~120 ℃)
2. Industry application comparison
Electronics industry: Must use F-class+H-class combination (meets ISO 8573-1 Class 1)
Food packaging: Recommended for U-shaped single-stage filtration (compliant with FDA standards)
Automotive Spray Coating: Typical Configuration P+U+H Three Stage Filtration System
3. Maintenance suggestions
Differential pressure alarm value: When Δ P ≥ 0.05MPa, it needs to be replaced
Service life: Continuous operation for 2000 hours or 6 months (whichever comes first)
Disinfection standard: Medical use requires monthly rinsing with 75% ethanol
This filter element has passed the EU PED certification, with a particle filtration efficiency of ≥ 99.998% (tested for 0.3 μ m standard particles). It is recommended to choose an appropriate combination of filtration levels based on actual working conditions to balance energy consumption and purification efficiency.