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Honeycomb Molecular Sieve

Product Details

Size:100*100*100 mm
Cpsi:100 cpsi / 200 cpsi / 300 cpsi(cells per square inch)

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Description

Yuncheng honeycomb molecular sieve is monolithic honeycomb‑shaped inorganic adsorbent made from silicate / aluminate zeolite powder and inorganic binder.
With controllable micropore structure, non‑flammable property, high‑temperature resistance and hydrophobic performance, it is widely used for large‑air‑volume low‑concentration VOC adsorption & concentration in RCO / RTO waste‑gas treatment systems. It serves as high‑performance alternative to combustible honeycomb activated carbon.

Parameters

Items	Specification
Xylene Adsorption capacity	12.5Kg-14 kg/m³
Max Continuous Operating Temperature	≤600 ℃
Typical Desorption Temperature	200‑260 ℃
Common Size	100100100 mm
Pore Size	1.5mm / 3mm / 5mm
Packaging	18 pcs/carton, 36 pcs/carton, 72 pcs/carton

Application

The primary application of honeycomb molecular sieves is in industrial waste gas treatment—specifically for the adsorption, concentration, and purification of high-volume, low-concentration VOC (volatile organic compound) emissions. Their honeycomb structure ensures thorough contact between the gas and the adsorbent material, while offering low pressure drop, high-temperature resistance, and the ability to undergo high-temperature regeneration; consequently, they are widely used in environmental protection and are regarded as a high-end alternative to traditional activated carbon.

honeycomb zeolite molecular sieve block for RCO RTO VOC waste‑gas concentration treatment

Features

Safety, High-temperature resistant.

Honeycomb molecular sieves utilize synthetic powder, featuring a stable molecular structure; they are high-temperature resistant and non-flammable, ensuring safer use.

Long life

Honeycomb molecular sieves can be used in long-term cycles—lasting 2 to 5 years—when paired with an RCO regeneration unit. In contrast, activated carbon entails high regeneration costs and supports fewer cycles.

Capable of selective adsorption of specific VOC pollutants

Controllable pore size, Resulting in the absorption of specific pollutants. The pores of activated carbon have a wide distribution and cannot adsorb specific pollutants.

Can be used in humid environments.

Honeycomb molecular sieves are hydrophobic and can operate in humid environments. Activated carbon absorbs moisture more readily, leading to a significant drop in performance.