Continuous strip that runs the length of a profile and holds a panel along its whole edge, removing the bow that point supports allow between blocks.
| Material | Rigid PVC, aluminium or EPDM |
|---|---|
| Alloy Grade | 6063-T5 on aluminium strips |
| Temper | custom |
| Section Size | Fits 6, 8 and 10 mm slot profiles |
| Slot | Panel thickness 2-12 mm |
| Length | Cut to member length, or 2 m lengths |
| Tolerance | ±0.2 mm on panel throat |
| Surface | Extruded; anodised on aluminium |
| MOQ | 300 |
| Lead Time | 15-25 days after deposit |
| Loading Port | Shanghai / Ningbo |
| Supply Ability | 200,000 m per month |
| Payment Terms | T/T 30% deposit + 70% before shipment | L/C at sight |
| Trade Terms | FOB | CIF | EXW |
| Certifications | ISO 9001:2015 | RoHS | REACH | food-contact grade on request |
Panel installation · Continuous support
A panel mounting strip runs the whole length of a profile and grips the panel edge along its entire run. Where a block holds the panel at discrete points and lets it bow between them, a strip holds it continuously, so the panel edge is supported everywhere and the bow is eliminated.
That matters wherever the panel has to stay flat or has to resist a load. A glazed guard that bows under a hand pushed against it, a cladding panel that ripples in a cross-draught, a shelf board that sags between supports — all of them are point-support problems, and all of them are solved by replacing the blocks with a continuous strip along the loaded edges.
A panel supported continuously along two opposite edges behaves very differently from the same panel on a few blocks. The unsupported span drops from the block spacing to zero along the supported edges, so the bow falls away and the panel carries a much larger load before it deflects visibly.
The strip also changes the failure mode. A point-supported panel cracks at a block under a hard knock, because the load concentrates at a small area. A continuous strip spreads the same load along the edge, so the panel is far more resistant to impact — which is the reason glazing strips are used on machine guards and on any panel a person can lean against.
| Panel | Blocks | Strip |
|---|---|---|
| Bow between supports | Present, set by block spacing | Eliminated along the supported edges |
| Impact resistance | Concentrated load at each block | Load spread along the edge |
| Panel replacement | Lift out between blocks | Slide out of the strip |
| Adjustment | Slide the blocks anywhere | Strip position is set when fitted |
| Appearance | Blocks visible at intervals | Continuous clean line |
Practical point: if the panel is transparent and the frame is visible, a strip with a covering lip gives a much cleaner result than blocks, because it hides the panel edge as well as supporting it. On a glazed guard that is usually the deciding factor.
Wherever the panel has to stay flat, has to resist a load, or is visible. Blocks are for a stiff panel that does not have to be perfectly flat and where speed of fitting matters more.
Yes, by sliding it out of the strip, which means the frame has to be open at one end. On a closed frame the panel is fitted before the last member goes on.
Only the gasketed glazing version. A plain mounting strip supports the panel but does not seal it, so it is not suitable for a weather-tight enclosure on its own.
It is made to the slot of a specific section. Send the section drawing and we will confirm the fit.
Up to a few metres, but on a long run the strip needs support or a heavier retaining section so the panel does not push it out of the slot.
Tell us the panel material, thickness and whether it has to be flat under load. We will recommend the strip, the retention and the gasketing, and return FOB pricing within one working day.
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