Ducks-US ventilation PIPEWOOL
TECHNICAL CONDITIONS 23.99.19-006-61278130-2019
HVAC PIPEWOOL protective shells are characterized by efficient performance, withstand high operating temperatures, effectively retain heat, and are strong and durable. Easy to cut and other processing, easy to install.
Mineral wool insulation HVAC is not affected by chemical elements (alkalis, acids), as well as ultraviolet and electromagnetic radiation, is easy to install and very technologically advanced in processing (easy to cut even with household tools), durable and retains its working properties throughout the entire service life.
The vandal-proof HVAC shell made of sheet steel is resistant to mechanical loads, anti-corrosion, low thermal conductivity, moisture resistance, non-combustibility. Thanks to the fact that the galvanized casing of the HVAC PIPEWOOL consists of several segments, so that it is easy to install in the shortest possible time. In addition, this collapsible design provides free access to the ventilation line and allows you to quickly carry out repair work. Installation does not require special skills, since basalt insulation is easily cut into the desired segments. Galvanized steel has remarkable performance characteristics – it is resistant to mechanical loads, is not subject to corrosion, allows you to quickly get free access to ventilation, carry out work related to its operation.
Height: up to 1200 mm.
Width: up to 1200 mm.
Angle α: According to the Customer’s technical specification.
Radius: According to the Customer’s technical specification.
Offset: According to the Customer’s technical specification.
Metal type and thickness: Zn 0,50/0,55/0,80/1,00 mm; Al 0.80/1.00 mm; St 0.50/1.00 mm.
Mounting holes: Ø3. 2 mm (Quantity according to the Customer’s technical specification.)
Marking of insulation: 80; 100; 120; 150; 200.
The thickness of the thermal insulation: from 20 to 200 mm.
Mounting direction: ► Two-sided or Directional.
Installation of HVAC PIPEWOOL does not require the use of special devices and is carried out by attaching the finished structure directly to the ventilation line, followed by fixing with self-tapping screws or exhaust rivets.