Shapes and sizes

The new fire perspective: SCHOTT ROBAX^® with big bending radius

Angular bent ROBAX^® fire viewing panels provide the best possible, unobstructed view of the fire:

See-through bending edge
Comprehensive, clear view of the fire
Almost completely natural fire experience
Various sizes and shapes possible (bending radius, height, leg lengths, etc.)

Big bending radii

	Standard [mm]	Min [mm]	Max [mm]
panel height	350 - 500	230	800
bending radius	30, 50, 54, 70, 95
length long leg	350 - 700	300*	720+R*
length short leg	200 - 500	100+R*	590
bending angle	90°
panel thickness	4

* Other lengths and radii on request.

1 x 90° ROBAX^® with IDEAL Bending Edge (IBE)

Less curvature for improved strength and optimized design

Standard Bending Edge

IDEAL Bending Edge (IBE)

The at least 30 % reduced curvature in the bending area (to the front and top) optimizes the geometry of the bending edge which, compared to the previous standard, enables a much better visual impression and an easier installation of the panel in the frame construction of the fireplace. In addition, the strength of the panel is improved, especially at the bending area, because of the reduced curvature by up to 80 %, which results in a comparatively increased stability and breaking resistance.

Your advantages

Up to 20 % increased strength under static load*
Up to 80 % increased strength under dynamic load**
At least 30 % reduced curvature of the bending edge

*Applies to bending test on universal testing machine with test format
**Applies to door impact test with test format

Technical Details
Panel height	230 – 815 mm
Side section length	300 – 800 mm (long leg) \| 200 – 590 mm (short leg)
Glass thickness	4 mm
Shape	1 x 90° angular bent
Decoration	Yes

SCHOTT ROBAX^® Fire View Index by Dudek

We can now calculate the view of the fire.

Shaped glass-ceramic panels enlarge the view of the fire. With the Fire View Index by Dudek (FVI), SCHOTT ROBAX^® is now able to show how much more of the fire is viewable through a shaped panel compared to a flat one.