The partitionless high-efficiency filter offers multiple configurations tailored for stringent cleaning requirements in environments such as cleanrooms, clean workstations, sterile workstations, and windmill filter assemblies. The mini-pleated design is intended to extend the service life of the filter while reducing pressure loss.
| Efficiency | PAO, 99.99%, 99.995% at 0.3 um |
| Durable Temperature | 80℃ |
| Instantaneous Maximum temperature during use | 100% RH |
| Filter material | Hydrophobic ultra-fine glass fiber, continuous folded filter material with hot melt adhesive as partition, will not release chemical pollution into the clean room, allowing air to pass through the filter screen with minimal pressure loss. |
| Outer frame | Seal the inner perimeter with sealant to prevent gaps and leaks in the filter material. The aluminum extruded frame is treated with anodizing to increase its strength, hardness, and durability against corrosion. Sealed with PU adhesive on the aluminum extruded frame to achieve complete airtightness without leakage. |
This separatorless high-efficiency filter has a variety of layout patterns, suitable for cleanrooms, booths, sterile workstations, and fan filter units that require a high level of clean air filtration. The mini-pleat design is intended to extend the filter's service life and reduce pressure drop.
| Efficiency | PAO, 99.99%, 99.995% at 0.3 um |
| Durable temperature: | 80℃ |
| Instantaneous maximum humidity | 100% RH |
| Filter material | Hydrophobic Ultra-fine Glass Fiber. Continuous pleated filter material, using hot melt as a separator, which will not release contaminated chemicals into the cleanroom, allowing air to flow through the filter with minimal pressure drop. |
| Outer frame | The four inner edges are sealed with sealant to prevent gaps and leakage of the filter material. The outer frame is made of anodized extruded aluminum, which enhances strength and durable anti-corrosion properties. PU sealant is used with the extruded aluminum frame to ensure complete airtightness and no leakage. |




