Compressed activated carbon filter interlayer foam for N95 & KN95 respirator
Carbon material availability: Bamboo,coconut and coal based carbon
Features: odor removal, pollution control, absorb the harmful compositions of air such as benzene, formaldehyde and ammonia.
Specifications:
- Raw material: open-cell polyether and bamboo,cocoanut and coal based activated carbon
- Porosity: 50~60PPI (PAC)
- Thickness: 0.3-0.8 mm
- Activated carbon types: powder activated carbon(PAC)
- Size of the sheet(length x width): 100 x 50cm
RETICULATED FOAM RAW MATERIAL CONSTITUENT | ||
Polyether/Polyester Glycol | PPG | Water |
Toluene Diisocyanate | TDI | Colorant |
Tertiary Amine Compound | AMINE | Tin Catalyst |
Foam Stabilizer | Olefin Oxide-Polyorganosiloxane | - |
ACTIVATED CARBON CHARACTERISTICS | |
Carbon Content: | 50%~70% (can be adjusted as per requirement) |
Adsorption Property: | 1. Benzene adsorptive power: More than 90% 2. Iodine adsorbance: More than 1000mg/g |
Deodorization Property: | 1. Ethanethiol: Removal rate ≥ 90% in 30 minutes 2. Trimethylamine: Removal rate ≥ 90% in 30 minutes |
Heat Resistance: | The temperature range: -20° C~130° C |
Force Resistance: | 1. Gas linear velocity 1.0m/s 2. Pressure drop 42PA in 4mm 3. Pressure drop 98PA in 20mm |
PH Value: | 7-8 |
Moisture (Percentage): | 10% |
Ash (Percentage): | 9% |
Remark: Some data above may vary based on different activated carbon types. |
PRODUCTS SPECIFICATIONS OF ACTIVATED CARBON FILTER FOAM | |
Dimensions: | Length & Width Maximum: 2000*1000mm Thickness: From 2mm to 100mm |
Pore Sizes: | 8~60PPI |
Particle Types: | Powder, Granular, etc |
COMPARISON BETWEEN POLYETHER AND POLYESTER | |
Hydrolytic resistance | polyether > polyester |
Elastic resilience | polyether > polyester |
Low temperature impact resistance | polyether > polyester |
Moisture evaporation | polyether > polyester |
Bacteria resistance | polyether > polyester |
Tensile strength | polyether < polyester |
Tear strength | polyether < polyester |
Attrition resistance | polyether < polyester |
Drug resistance | polyether < polyester |
Transparency | polyether < polyester |