top of page

METHOD OF PROTECTING A PLASTIC PIPE WITH SMALL DIAMETER PENETRATING WALL AND FLOOR ACCORDING TO ETA-17/1062

6.png

1 - a rigid wall with a minimum thickness of 150 mm
2 - plastic pipe with diameter "D" and pipe wall thickness "t"
3 - mineral wool with a density of 50 kg/m3 and a thickness of w = min. 15 mm
4 - PiroCoat I, thickness min. 4 mm
5 - the space between the mineral wool and the partition structure filled with cement     
     mortar, max. 17.5 m

Technical drawing 1

1 - floor with a minimum thickness of 150 mm
2 - plastic pipe with diameter "D" and pipe wall thickness "t"
3 - mineral wool with a density of 50 kg/m3 and a thickness of w = min. 15 mm
4 - PiroCoat I, thickness min. 5 mm
5 - the space between the mineral wool and the partition structure filled with cement
     mortar, max. 17.5 mm

7.png
Pasta I rury palne bez izolacji rysunek 1.jpg

Fill the space between the
pipe and the partition with
mineral wool with a minimum
density of 50 kg/m3, leaving
5 mm space from the front of
the partition.

Steps 1 - 5

Apply PiroCoat I on the wool
with a putty knife and create
a ring around the pipe for wall
thickness of min. 4 mm, for floor
thickness of min. 5 mm and a
width of min. 15 mm.

Pasta I rury palne bez izolacji rysunek 2.jpg
Pasta I rury palne bez izolacji rysunek 3.png

Protection should be done
on both sides of the partition,
both in wall and floor.

Mark the completed
penetration with the attached
label, mark PiroCoat I on it,
enter the date and name.

Pasta I rury palne bez izolacji rysunek 4.png
Pasta I rury palne bez izolacji rysunek 5.png

The same solution can be used for various types of plastic pipes stabilized with glass, aluminum or without stabilization.

Have questions?

A qualified team of Pirosystem can help in the selection of passive fire protection system and other fire protection solutions.

bottom of page