Chemical FFU, 575x1175x480 mm, 1000-1100 m³/h, Shenzhen Xiangnan (CAT#: STEM-C-1097-ZJF)

Chemical FFU manufactured by Shenzhen Xiangnan High-tech Purification Equipment is a self-powered terminal air supply device with a filtering function to supply purified air to cleanrooms.
By sucking in air from the top and filtering it through the HEPA filter, the fan creates clean air and distributes it evenly.
Air quality in cleanrooms is controlled by the unit in a stable and strict manner.
Chemical materials imported from the United States are used in the primary filter as well as micro melt blown skeletons. Additionally, it can also be converted into the activated carbon chemical material particle-filled structure (which has strong adsorption and decomposition ability as well as long service life), which decomposes acid-base molecular compounds into inorganic salts and water.
For different clean environments, the unit can be connected in modules according to the needs of different enterprises and scientific research.

Series: Chemical FFU
Model: SAF-ACFFU-10
Overall Size: 575x1175x480 mm
Housing: Galvalume/Aluminum/Stainless Steel
Air Flow: 1000-1100 (m³/h)
Air Velocity: 0.35-0.55 (m/s)
Total Pressure: <220Pa
Power: 135W
Noise: 55-63dB (1m below the HEPA filter)
Vibration: 0.2-0.7 (mm/s)
Power Supply: AC/DC 100-240V 1PH 50/60Hz
Control Mode: 3 levels/stepless adjustable manually or group control by computer
HEPA Filter: 570x1170x69 mm
HEPA Filter Efficiency: 99.97% 0.3um
HEPA Material: Zisun glass fiber paper/HV filter paper/PTFE
Purification Level: 100
Activated Carbon Chemical Filter: 460x460x69mm
Maximum temperature and humidity: 80℃ 80%

It is equipped with an activated carbon chemical filter that is capable of removing weak acids, weak alkalis, as well as weak odors.
It is equipped with an AC or DC fan with low vibration and low noise.
A uniform wind speed can be adjusted in three steps (adjustable).
Fan case and filter are separated, making replacement and disassembly easy.

Chemical FFU, 575x1175x480 mm, 2000-2200 m³/h, Shenzhen Xiangnan