Formaldehyde Active Carbon Air Filter At Home For Air Purifier Adaptive

Product Description:

Filter production structure configuration

Q: How long will the carbon last?

A: It depends on the type and inlet concentrations of the contaminants. Standard carbon will adsorb about 15% of its own mass in medium or high molecular weight organic compounds: impregnated carbons will adsorb other specific compounds to varying degrees. The longer the dwell time, the higher the carbon loading and generally the longer the period between carbon replacements. It’s also important to maintain any prefiltration upstream of the carbon filter as accumulation of dust, grease or moisture on the carbon will shorten its useful life.
For a unit with removable carbon cells, EMCEL can carry out a carbon life prediction test on one cell to estimate the remaining life (unless the carbon is already exhausted) – provided of course that the carbon is not exposed to anything likely to be hazardous to the person testing it. Units that have the carbon sealed within are not able to be tested easily. Please ask for advice in this instance.

Customers can choose

1. Assemble the paper frame (Frame includes black cardboard frame, white cardboard frame and color printed frame)

2. Sealing strip (the thickness of sealing strip can be 2mm, 3mm and 5mm) ( optional )

3. Handle (PET non-woven fabric with ribbon)

Main purification objects : Formaldehyde, benzene, TVOC, xylene, ammonia, toxic gases, etc

4. 6-150mm thickness PP plastic honeycomb

5. Fill and match the carbon in these activated carbon types

6. After the honeycomb is pasted with mesh cloth or non-woven cloth on both sides

Are Activated Carbon Filters Safe?

Yes. Activated carbon filters and air purifiers that use a PM 2.5 activated carbon filter are safe for use in commercial and residential spaces. Moreover, activated carbon filters are effective at removing volatile organic compounds commonly found in most households.