Black Steel Flue Wall Cover with Spigot
The indicated price is valid ordering till 20.09.2026.
SPNP Black Steel Chimney Wall Cover with Spigot
Product Overview & Application
The SPNP black wall cover with a spigot, made of DC01 cold-rolled steel, is an installation unit designed for a neat and reliable connection of the pellet stove exhaust to an existing shaft or wall. The wide base of the part serves a decorative function, concealing irregularities in the mounting hole, while the protruding spigot ensures a gas-tight joint. Any suitable system elements can be connected to the cover plate, such as the 1000 mm flue pipe, short sections, or elbows.
Technical Advantages & Design
- Reliable Fixation: The wide flat base (220 mm in diameter) features pre-drilled holes for mounting the element to the wall, providing rigidity to the entire connection assembly.
- Gas-Tight Sealing: The protruding receiving spigot (85 mm projection) is equipped with a built-in heat-resistant silicone gasket, preventing flue gas leaks into the room.
- Environmental Resistance: The DC01 steel (1.2 mm wall thickness) offers resilience to prolonged exposure to moisture and mildly aggressive compounds inside the exhaust system.
- Protective Coating: The exterior is protected with Senotherm heat-resistant paint, which prevents corrosion, provides a neat appearance, and remains odorless during the initial heating phase.
Technical Specifications
| Material | DC01 Black Steel |
| Wall Thickness | 1.2 mm |
| Base Outer Diameter | 220 mm |
| Spigot Projection | 85 mm |
| Connection Diameter (Dw) | 80 mm |
| Max Operating Temperature | up to 200°C |
| Certification | CE (EN 1856-2 compliant) |
Installation & Recommendations
The wall cover is secured to a flat surface using heat-resistant fasteners. When installing into a stone or brick shaft, it is recommended to additionally use a heat-resistant sealant to seal the gap between the metal and the wall.
The smooth spigot of the next system element is firmly inserted into the protruding socket. The connection must be assembled strictly in the direction of condensate flow so that any forming moisture remains inside the channel without penetrating the joints.






