Non-combustible and surface-non-flammable Glues, Adhesives and Matrices
Composites are strong and lightweight, but where do you find glues and matrix with good fire resistance, or non-combustible at all? (Especially for DIN EN ISO 1182)
At CBG Composites GmbH we think that a truly non-combustible glues and matrix should be made of inorganic components (our non-combustibility tests are carried out according to DIN EN ISO 1182 or IMO 2010 FTP Code Part 1).
Our glues, adhesives and matrices offer a number of advantages over the traditional products on the market.
Learn more about our product range: CBG fako® - Glass Fibre Adhesive 9119xtra, LR Cerammatrix® 01-50, Cerammatrix Carbo, FiberMatrix.
At CBG Composites GmbH we think that a truly non-combustible glues and matrix should be made of inorganic components (our non-combustibility tests are carried out according to DIN EN ISO 1182 or IMO 2010 FTP Code Part 1).
Our glues, adhesives and matrices offer a number of advantages over the traditional products on the market.
Learn more about our product range: CBG fako® - Glass Fibre Adhesive 9119xtra, LR Cerammatrix® 01-50, Cerammatrix Carbo, FiberMatrix.
CBG fako® - Glass Fibre Adhesive 9119xtra is a certified surface-non-flammable, solvent-free plastic dispersion adhesive, which is characterized by high elasticity.
A one-component adhesive set thixotropic in nature. CBG fako® - glass fibre adhesive 9119xtra is used for the bonding of glass fibre fabric on mineral wool in pipe and surface area, and used to manufacture a glass cloth cover on rubber products (e.g. Armaflex). The adhesive can be used on stable substrates such as plaster, plasterboard and concrete.
This adhesive is certified as surface-non-flammable glue (Fire test report of an adhesive "fako® - Glass Fibre Adhesive 9119xtra" for surface flammability), has received the corresponding MED Module B certificate and has WIWEB approval (Bundeswehr Research Institute for Materials, Fuels and Lubricants).
CBG fako® - Glass Fibre Adhesive 9119xtra is a certified surface-non-flammable, solvent-free plastic dispersion adhesive, which is characterized by high elasticity.
A one-component adhesive set thixotropic in nature. CBG fako® - glass fibre adhesive 9119xtra is used for the bonding of glass fibre fabric
on mineral wool in pipe and surface area, and used to manufacture a glass cloth cover on rubber products (e.g. Armaflex). The adhesive can be used on stable substrates such as plaster, plasterboard and concrete.
This adhesive is certified as surface-non-flammable glue (Fire test report of an adhesive "fako® - Glass Fibre Adhesive 9119xtra" for surface flammability), has received the corresponding MED Module B certificate and has WIWEB approval (Bundeswehr Research Institute for Materials, Fuels and Lubricants).
This adhesive is certified as surface-non-flammable glue (Fire test report of an adhesive "fako® - Glass Fibre Adhesive 9119xtra" for surface flammability), has received the corresponding MED Module B certificate and has WIWEB approval (Bundeswehr Research Institute for Materials, Fuels and Lubricants).
LR Cerammatrix® 01-50 is an inorganic, water-based adhesive matrix with an endothermic effect. It has high holding power, excellent adhesion and is suitable for bonding woven and non-woven materials, mineral wool, concrete, ceramics, wood and metals (except aluminum).
Includes special components that provide endothermic effect (chemical cooling).
The advantage of adhesive matrix LR Cerammatrix® 01-50 is that you can reduce the weight and the thickness of a fire protection wall but still meet the required fire resistance class.
LR Cerammatrix® 01-50 was tested in 2020 at DMT Dortmund according to FTP Code Part 1 (DIN EN ISO 1182) (Fire test report of a fire protection adhesive mass "CBG - LR Cerammatrix® 01-50" to determine non-combustibility). This matrix is certified as non-combustible material, has received the corresponding MED Module B certificate and has WIWEB approval (Bundeswehr Research Institute for Materials, Fuels and Lubricants).
LR Cerammatrix® 01-50 is an inorganic, water-based adhesive matrix with an endothermic effect. It has high holding power, excellent adhesion and is suitable for bonding woven and non-woven materials, mineral wool, concrete, ceramics, wood and metals (except aluminum).
Includes special components that provide endothermic effect (chemical cooling).
The advantage of adhesive matrix LR Cerammatrix® 01-50 is that you can reduce the weight and the thickness of a fire protection wall but still meet the required fire resistance class.
LR Cerammatrix® 01-50 was tested in 2020 at DMT Dortmund according to FTP Code Part 1 (DIN EN ISO 1182) (Fire test report of a fire protection adhesive mass "CBG - LR Cerammatrix® 01-50" to determine non-combustibility). This matrix is certified as non-combustible material, has received the corresponding MED Module B certificate and has WIWEB approval (Bundeswehr Research Institute for Materials, Fuels and Lubricants).
LR Cerammatrix® 01-50 was tested in 2020 at DMT Dortmund according to FTP Code Part 1 (DIN EN ISO 1182) (Fire test report of a fire protection adhesive mass "CBG - LR Cerammatrix® 01-50" to determine non-combustibility). This matrix is certified as non-combustible material, has received the corresponding MED Module B certificate and has WIWEB approval (Bundeswehr Research Institute for Materials, Fuels and Lubricants).
Cerammatrix Carbo differs from LR Cerammatrix® 01-50 in that it contains nanoscale carbon particles that contribute to better protection against the ingress of heat flow at temperatures above 900°C.
This is because above about 900 °C heat transfer in these materials occurs mostly by radiation (not convection). Cerammatrix Carbo also has good strength, excellent adhesion and endothermic effect.
Cerammatrix Carbo was tested at DMT Dortmund in 2020 according to FTP Code Part 1 (DIN EN ISO 1182) and found to be non-flammable
(Fire test report of a fire protection adhesive mass "CBG - Cerammatrix-Carbo" to determine non-flammability). Cerammatrix Carbo is designed for bonding woven and non-woven materials, mineral wool, concrete, ceramics, wood and metal (except aluminum).
Cerammatrix Carbo differs from LR Cerammatrix® 01-50 in that it contains nanoscale carbon particles that contribute to better protection against the ingress of heat flow at temperatures above 900°C.
This is because above about 900 °C heat transfer in these materials occurs mostly by radiation (not convection).
Cerammatrix Carbo also has good strength, excellent adhesion and endothermic effect.
Cerammatrix Carbo was tested at DMT Dortmund in 2020 according to FTP Code Part 1 (DIN EN ISO 1182) and found to be non-flammable (Fire test report of a fire protection adhesive mass "CBG - Cerammatrix-Carbo" to determine non-flammability). Cerammatrix Carbo is designed for bonding woven and non-woven materials, mineral wool, concrete, ceramics, wood and metal (except aluminum).
Cerammatrix Carbo was tested at DMT Dortmund in 2020 according to FTP Code Part 1 (DIN EN ISO 1182) and found to be non-flammable (Fire test report of a fire protection adhesive mass "CBG - Cerammatrix-Carbo" to determine non-flammability). Cerammatrix Carbo is designed for bonding woven and non-woven materials, mineral wool, concrete, ceramics, wood and metal (except aluminum).
FiberMatrix is a non-flammable, water-based ceramic filler with endothermic effect, reinforced with short basalt fibers.
The reinforcing fibers make it possible to use this putty to create 3D shapes for various non-combustible interior architectural elements.
It has ultrahigh strength and excellent adhesion to woven and non-woven materials, mineral wool, concrete, ceramics, wood and metal (except aluminum).
The material was successfully tested for non-combustibility according to FTP Code Part 1 (DIN EN ISO 1182) in the laboratory of CBG Composites GmbH.
FiberMatrix is a non-flammable, water-based ceramic filler with endothermic effect, reinforced with short basalt fibers.
The reinforcing fibers make it possible to use this putty to create 3D shapes for various non-combustible interior architectural elements.
It has ultrahigh strength and excellent adhesion to woven and non-woven
materials, mineral wool, concrete, ceramics, wood and metal (except aluminum).
The material was successfully tested for non-combustibility according to FTP Code Part 1 (DIN EN ISO 1182) in the laboratory of CBG Composites GmbH.
The material was successfully tested for non-combustibility according to FTP Code Part 1 (DIN EN ISO 1182) in the laboratory of CBG Composites GmbH.
CBG Composites GmbH
Patented solutions in a certified quality environment
The factory in Wipperfürth was founded by the Bisterfeld family in 1920. In 2014, the Wipperfürth plant was taken over by the current owners.
CBG Composites GmbH pays great attention to improving efficiency, consistency and maintaining high quality of both products and business processes. Our company has been successfully certified in accordance with ISO 9001 and IMO FTP 2010, and our products are manufactured in accordance with DIN 4102, DIN EN 15301 and IMO FTP.
For individual products and technical solutions, we have applied for utility models and obtained the corresponding patents to protect our know-how.
The factory in Wipperfürth was founded by the Bisterfeld family in 1920. In 2014, the Wipperfürth plant was taken over by the current owners.
CBG Composites GmbH pays great attention to improving efficiency, consistency and maintaining high quality of both products and business processes. Our company has been successfully certified in accordance with ISO 9001 and IMO FTP 2010, and our products are manufactured in accordance with DIN 4102, DIN EN 15301 and IMO FTP.
For individual products and technical solutions, we have applied for utility models and obtained the corresponding patents to protect our know-how.
Contacts
CBG Composites GmbH
Egerpohl 2, 51688 Wipperfürth, Germany
Egerpohl 2, 51688 Wipperfürth, Germany
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CBG Composites GmbH
Egerpohl 2, D-51688, Wipperfürth.
+49 (0) 2267/670
info@cbg-composites.de
© All Rights Reserved
Egerpohl 2, D-51688, Wipperfürth.
+49 (0) 2267/670
info@cbg-composites.de
© All Rights Reserved
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