STjh tall CYL3500 VOC molecular filter cylinder main view

STJH-VOC-MOLECULAR-FILTER-CYL3500

VOC Molecular Air Filter 3500-Class Cylinder

A long activated-carbon cylinder with the greatest VOC media mass and airflow capacity in the three-size series.

595 mm deep carbon bed
3400 m3/h full-bank flow
Highest VOC media inventory

商品紹介

The 3500-class VOC filter extends to 595 mm and carries the largest activated-carbon inventory in its family. Sixteen cylinders deliver 3400 m3/h, with initial pressure drop in the frozen 165-175 Pa range according to carbon and scrim. This size is intended for full-scale AHUs where VOC loading, desired service life or airflow exceeds the medium model's duty. Its advantages depend on adequate fan static, correct carbon affinity and sufficient access to withdraw the long cartridges.

主要な特徴

Extended adsorption capacity

The longest shell accommodates the greatest carbon mass, supporting demanding organic loads or longer planned intervals between media changes.

Full-size AHU duty

A standard sixteen-cylinder opening passes 3400 m3/h for high-volume clean manufacturing and commercial molecular-filter banks.

Service-aware selection

The model's higher 165-175 Pa resistance and 595 mm withdrawal length are explicit design inputs rather than hidden consequences of added media.

技術的なパラメータ

Cylinder Dimensions	148 mm diameter x 595 mm length
Rated System Airflow	3400 m3/h per 16 cylinders
Initial Pressure Drop	165-175 Pa depending on media and scrim
Adsorbent	VOC-grade activated carbon
Target Contaminants	VOCs, organic emissions and odors
Cylinder Construction	ABS molecular cartridge
Cylinders per 610 x 610 mm Opening	16
Optimum Relative Humidity	0-70% RH for VOC carbon family
Optimum Temperature	Maximum 40 C for VOC carbon family
カスタマイズ	意図したアプリケーションと動作環境に基づいて利用できます。

Applications

Used in full-size AHUs for clean manufacturing, industrial recirculation and commercial systems with substantial VOC or odor loading. Verify the predicted life for the actual compound mixture and do not use pressure rise as the only exhaustion signal.

Solutions for Your Application

The deep bed may meet life targets but exceed the available fan static.Model the complete filter train with the selected 165-175 Pa clean drop and confirm delivered airflow before choosing the largest cylinder.

A high media mass can still be ineffective if the carbon pore structure does not suit the target vapor.Match carbon type to compound volatility and molecular size, using gas-specific data rather than purchasing on weight alone.

利用可能なオプション

Select carbon grade, scrim, humidity envelope, holding frame, access direction, prefiltration, service clearance, gas sensor and staged media for mixed challenges.

Planning a VOC Molecular Air Filter 3500-Class Cylinder specification?

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