CS-DS-V2100

Carrier made of high density open-cell polyurethane foam with an acrylic adhesive layer on both sides.
The Thermalbond® V2100 distinguishes itself by a polyethylene liner that is easily removable without tearing. The double-sided acrylic adhesive layer is pressure-sensitive and adheres to both metal and glass, while the carrier ensures the necessary distance.

Product
Carrier made of high density open-cell polyurethane foam with an acrylic adhesive layer on both sides.
The Thermalbond® V2100 distinguishes itself by a polyethylene liner that is easily removable without tearing. The double-sided acrylic adhesive layer is pressure-sensitive and adheres to both metal and glass, while the carrier ensures the necessary distance.

Application examples
– exceptional spacer for 2 or 4-sided glued glazing systems
– conventional spacer inside the glass
– thermal break in glazing
– vibration damper

Colour
Anthracite with blue polyethylene liner
Thicknesses mm, widths mm and roll lengths
3,20 mm: from 6 tot 1.350 mm 15,25 m
4,80 mm: from 6 tot 1.350 mm 15,25 m
6,40 mm: from 6 tot 1.350 mm 15,25 m
8,00 mm: from 8 tot 1.350 mm 7,60 m
9,50 mm: from 9 tot 1.350 mm 7,60 m
12,50 mm: from 12 tot 1.350 mm 6,10 m

Packaging
On a roll
In boxes, separated by a silicone paper

Properties/advantages
– the open-cell structure allows air and humidity to pass through to the silicone, making adhesion faster and optimal
– the high density polyurethane carrier is chemically compatible with all silicones tested*
– the very limited thermal conductivity of the carrier limits the transfer of heat and avoids condensation on glass, doors and steel
– excellent resistance to UV radiation, mildew and oxidation
– suitable for punching parts

Product
Carrier made of high density open-cell polyurethane foam with an acrylic adhesive layer on both sides.
The Thermalbond® V2100 distinguishes itself by a polyethylene liner that is easily removable without tearing. The double-sided acrylic adhesive layer is pressure-sensitive and adheres to both metal and glass, while the carrier ensures the necessary distance.

Application examples
– exceptional spacer for 2 or 4-sided glued glazing systems
– conventional spacer inside the glass
– thermal break in glazing
– vibration damper

Colour
Anthracite with blue polyethylene liner
Thicknesses mm, widths mm and roll lengths
3,20 mm: from 6 tot 1.350 mm 15,25 m
4,80 mm: from 6 tot 1.350 mm 15,25 m
6,40 mm: from 6 tot 1.350 mm 15,25 m
8,00 mm: from 8 tot 1.350 mm 7,60 m
9,50 mm: from 9 tot 1.350 mm 7,60 m
12,50 mm: from 12 tot 1.350 mm 6,10 m

Packaging
On a roll
In boxes, separated by a silicone paper

Properties/advantages
– the open-cell structure allows air and humidity to pass through to the silicone, making adhesion faster and optimal
– the high density polyurethane carrier is chemically compatible with all silicones tested*
– the very limited thermal conductivity of the carrier limits the transfer of heat and avoids condensation on glass, doors and steel
– excellent resistance to UV radiation, mildew and oxidation
– suitable for punching parts

Product
Carrier made of high density open-cell polyurethane foam with an acrylic adhesive layer on both sides.
The Thermalbond® V2100 distinguishes itself by a polyethylene liner that is easily removable without tearing. The double-sided acrylic adhesive layer is pressure-sensitive and adheres to both metal and glass, while the carrier ensures the necessary distance.

Application examples
– exceptional spacer for 2 or 4-sided glued glazing systems
– conventional spacer inside the glass
– thermal break in glazing
– vibration damper

Colour
Anthracite with blue polyethylene liner
Thicknesses mm, widths mm and roll lengths
3,20 mm: from 6 tot 1.350 mm 15,25 m
4,80 mm: from 6 tot 1.350 mm 15,25 m
6,40 mm: from 6 tot 1.350 mm 15,25 m
8,00 mm: from 8 tot 1.350 mm 7,60 m
9,50 mm: from 9 tot 1.350 mm 7,60 m
12,50 mm: from 12 tot 1.350 mm 6,10 m

Packaging
On a roll
In boxes, separated by a silicone paper

Properties/advantages
– the open-cell structure allows air and humidity to pass through to the silicone, making adhesion faster and optimal
– the high density polyurethane carrier is chemically compatible with all silicones tested*
– the very limited thermal conductivity of the carrier limits the transfer of heat and avoids condensation on glass, doors and steel
– excellent resistance to UV radiation, mildew and oxidation
– suitable for punching parts

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