Technology
How aluminium handles heat
Extruded aluminium heats far faster than steel bodies and works with less water — which means your boiler runs for shorter cycles.
01
Fast response, low water content
0.09–0.42 litres per slice: the system reaches temperature sooner and saves energy under thermostatic control.
02
Uninterrupted fin transfer
2.10 mm wall thickness in the water channels; heat travels to the fins without interruption thanks to the one-piece profile.
03
No gaskets, no welding
A purpose-designed bushing and interference-fit technique seal each joint without gaskets or welds.
04
Tested at 15 bar
Every radiator is leak-tested at 15 bar. Maximum burst pressure is 18 bar.
Core product properties
- Material
- Aluminium alloy
- Chemical definition
- AlMgSi0.5
- Aluminium content
- 98%
- Conforms to
- EN 573-3
- Thermal conductivity
- 179 kcal/m²h°C
- Corrosion resistance
- Very good
- Specific gravity
- 2.70 g/cm³
- Production method
- Extrusion
- Profile standard
- TS 4992, TS 1164, TS EN 755-1, TS 5247, EN 12020-1
- Surface treatment
- Electrostatic powder coating & anodising
- Surface roughness
- 0.08 mm
- Quality certificates
- TSE, EN 442 NORM
- Max. operating pressure
- 10 bar
- Max. operating temperature
- 90 °C
- Test pressure
- 15 bar
- Max. burst pressure
- 18 bar
Calculator
How many slices, how many watts?
Pick a model and a height, then drag the slice count. Total output, water content and overall length are calculated straight from the catalogue figures.
Total output
CLASS →1,510W
1,300 kcal/h · Δt60 (90-70-20 °C)
- Water content
- 1.50 litres
- Overall length
- 1,000 mm
- Height
- 570 mm
Figures are for Δt60 (90-70-20 °C), derived from the catalogue's per-slice values. Have a room-by-room heat loss calculation done before final selection.
18 models, 30 finishes, in a single catalogue.