Dust and ammonia are the substances to be cleaned from the waste air. Prescribed are cleaning efficiencies from 70-90% depending on where the sheds/stables are located. To efficiently and economically comply with this task, filling materials are needed which can be used in both counter and cross-flow applications (e.g. tunnel ventilation) in local waste air cleaning systems. The filling materials we have developed comply with all the requirements and have proved their operating efficiency in hundreds of installations.

We supply the ideal packing material for different plant requirements. Whether chemical exhaust air cleaning in cross-flow systems or biological exhaust air cleaning in counter-flow system, by co-operating with our customers, we are able to offer the most suitable packing material for any system concept.

Ask us. Our experts are at your side for any advice.

Technical Data

KFP 158
Material PP (Polypropylene)
Specific surface (m²/m³) ~ 320
Max. height (mm) 2.700
Max. width (mm) 600
Depth (mm) 150
Channels Cross-fluted
HUMIPACKING is suited for cross-flow applications only.

General features of 2H fill media

Void ratio (%) < 97%
Length max (mm) 2400 mm
Width max (mm) 600 mm
Standard height (mm) 300 or 600 mm
Continuous operation temperature (°C) 70°C 55°C
Max. operation temperature (short term) (°C) 80°C 60°C

Technical Data

Specific surface [m2/m3] 150 125 125
Void ratio (%) > 97 > 97 > 97
Corrugation height (mm) 19 27 45
Channels Cross-fluted Cross-fluted Vertical flow

Technical Data

KFC, KVC fills are made of PVC

KFP, KVP fills are made of PP (Polypropylene)

NET38 150
Material PP (Polypropylene)
Effective surface (m²/m³) 150
Void ratio (%) > 97
Corrugation height (mm) 20
Length (mm) 908
Width (mm) 604
Height (mm) 450

Technical Data

TEP 130 TEC 130 TAP 160 with Spacer TAS 033
Material PP PVC PP
Max. length / width (mm) 2400 / 700 2400 / 800 6000 / 330
Height (mm) 125 / 250 125 / 250 160
Drift loss* (%) ≥ 0.0007 – 0.0005 ≥ 0.0007 – 0.0005 ≥ 0.0012 – 0.0006
Contin. operation temp. / Max. operation temp. (C°) 70 / 80 (short time) 55 / 60 (short time) 70 / 80 (short time)
Max. face velocity (m/s) 4.5 4.5 4.0
Drag coefficient 2.2 2.2 2.6
Pitch (mm) 18 18 33 / 38
Max. distance between supports (mm) 1000 1000 1200

Technical Data

* Based on the CTI ATC-140 test method (Drift Test Code) and EUROVENT standard OM-14-2009. These limits are guidelines only. They do not represent the values of the EUROVENT certification. The performance of the drift eliminators is indicated by the ratio drift loss/water flow rate. The efficiency of droplet separation depends on constant air velocity and an absolutely tight assembly of drift eliminator elements.

We offer innovative components and solutions for sustainable processes in heat exchange, water and wastewater treatment and mass transfer applications with respect for the environment. Our professional team works to increase productivity and cost effectiveness in your unique application. If you need a tailor made solution ... We are available for you!