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Key features
Construction
Layer 1 Aluminium foil 20 g/m2
Layer 2 Adhesive 20 g/m2
Layer 3 E-glass fibre fabric 200 g/m2
Layer 4 Adhesive 80 g/m2
Layer 5 Carbon SCV 505 fleece 250 g/m2
Total: 570 g/m2
Layer 1) Aluminium foil
Weight: 20 g/m2 ± 10% DIN EN 12127
Thickness: 12 μm
Temperature Resistance: 630°C (softening)
Layer 2) Adhesive
high temperature adhesive on polyurethane base
Weight: 20 g/m2 ± 10% DIN EN 12127
Temperature Resistance: 250°C (long-term)
Layer 3) E-glass fibre fabric
Weight: 200 g/m2 ± 10% DIN EN 12127
Temperature Resistance: 550°C
Yarn – Warp: EC9 - 68 tex – 17x ± 10% DIN 53830-3,
Yarn – Weft: EC9 - 68 tex – 12x ± 10% DIN EN 1049-2
Tensile Strength – Warp: > 2.500 N/5 cm DIN 53857
Tensile Strength – Weft: > 2.000 N/5 cm DIN 53857
Weave: Plain
Layer 4) Adhesive
high temperature adhesive on acrylic base
Weight: 80 g/m2 ± 10% DIN EN 12127
Temperature Resistance: 250°C (long-term)
Layer 5) Carbon fleece
Fleece made of carbon (PanOx) SCV 505 fibres
Weight: 250 g/m2 ± 10% DIN EN 12127
Thickness: 2,50 mm ± 10% DIN 9073 / ISO 5084
Temperature Resistance: 200°C (short-term) // 250°C (long-term) 1000°C // short peak temperatures. Flammability:The fleece is not flammable. At temperatures above 300 ° C the fiber decomposes to CO2.
Product description
Heat Shieldings heat-resistant Carbonflect is a heat-resistant cloth with a heat reflection layer. Due to the 3mm layer of carbon fibers, the cloth is lightly wiped and very flexible. The Carbinflect is suitable for both gluing and stitching. This product is also suitable as a heat shield or even as a welding blanket for light welding.
For more questions or specific wishes about this heat-resistant mat, please contact us!
Material | Carbon with aluminum |
Max. direct heat | °C | 250 |
Max. Radiant Heat | °C | 350 |
Heat conductivity coefficient (λ value) | W/(mK) | 0.033 |
Thickness | mm | 3 |
Length | cm | 50 |
Width | cm | 50 |
Self adhesive | No |
Color | Silver |