FIBERGLASS PANEL

SPYDERCORE
FIBERGLASS PANEL.

Four layers. One lightweight stone panel. Scroll to separate them.
  • 01 Natural stone surfaceWhite marble / ≈ 5 mm
  • 02 Reinforcement layerFiberglass / 0.9 mm
  • 03 Fiberglass Spydercore ≈ 20 mm
  • 04 Backing layerFiberglass / 0.9 mm
[Animated panel composition: it appears in Preview and on the live site]
THE SYSTEM

ONE SLAB. TWO PANELS.

A thick natural slab is reinforced on both sides, pressed into a single sandwich and split through the middle. What comes out is two lightweight stone panels instead of one heavy slab.
[Step illustration: appears in Preview and on the live site]

01 — BOND

Bond

Fiberglass reinforcement and honeycomb layers are applied to both faces of the slab.
[Step illustration: appears in Preview and on the live site]

02 — PRESS

press

Hercules presses the layers into one sandwich.
[Step illustration: appears in Preview and on the live site]
03 — SPLIT

Split

The Spyder splits the slab down the middle. Two panels, each with its own stone, core and backing.
LAYER BY LAYER

WHAT EACH LAYER DOES.

 
01
 
≈ 5 mm

Natural stone surface

The visible face. Real stone, split from the original slab by the Spyder. Shown here in white marble.

02
 
0.9 mm

Fiberglass reinforcement

Pre-integrated into the honeycomb panel. Shown for illustrative purposes only.

03
 
≈ 20 mm

Fiberglass honeycomb core

A hexagonal cell structure that keeps the panel light and rigid.

04
 
0.9 mm

Fiberglass backing layer

Part of the honeycomb panel assembly. Shown for illustrative purposes only.

WHY FIBERGLASS

A DIFFERENT REINFORCEMENT. THE SAME STONE.

NO METAL SKINS

The reinforcement and backing layers are fiberglass instead of aluminum.

SAME STONE FACE

The visible surface is the same real stone, split from the same slab and about the same thickness.

SAME PROCESS

Reinforced, pressed and split in the same way, so every slab still becomes two panels.
≈ 5mm
 
Stone surface
≈ 20mm
 
Fiberglass Spydercore
−72% weight
72%
lighter than
the full slab
Weight
TECHNICAL DATA

FIBERGLASS VS ALUMINUM.

 SPYDERCORE ALUMINUMSPYDERCORE FIBERGLASS
Core materialThermoplastic (PP / PET / PC)Aluminum Alloy 3003 / 5052
Available panel thickness0.47 / 0.79 in (12 / 20 mm)0.47 / 0.79 in (12 / 20 mm)
Cell size0.24–0.39 in (6–10 mm)0.24–0.35 in (6–9 mm)
Core density60–90 kg/m³48–60 kg/m³
Panel weight1.0–1.4 / 1.5–2.3 kg/m² (core only)4.5 / 5.5*
Compressive strength0.8–2.0 MPa1.8–3.0 MPa
Shear strength0.5–1.2 MPa0.6–1.2 MPa
Fire behaviorCombustible; custom fire-retardant grades availableNon-combustible, EN 13501 A2
Temperature resistance−40 to +90°C; up to +120°C for PET/PC−40 to +150°C
Standard panel size118.11 × 59.06 in (3000 × 1500 mm)118.11 × 59.06 in (3000 × 1500 mm)
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