The glass fiber plate is made with an epoxy resin matrix using a high-pressure thermal molding process. Temperature resistance is guaranteed for a short time up to 180°C. The panel surfaces are smooth and slightly matt.Note (toxicity):The plates are free of- Halogen- antimony compounds- nitrogen compounds- Sulfur- PhosphorusTechnical characteristics:Bending strength: about 350 MPaModulus of elasticity from the bending test: approx. 22 GPaTensile strength: about 240 MPaVertical compressive strength: approx. 500 MPaDensity: 2 g/cm³

The glass fiber plate is made with an epoxy resin matrix using a high-pressure thermal molding process. Temperature resistance is guaranteed for a short time up to 180°C. The panel surfaces are smooth and slightly matt.Note (toxicity):The plates are free of- Halogen- antimony compounds- nitrogen compounds- Sulfur- PhosphorusTechnical characteristics:Bending strength: about 350 MPaModulus of elasticity from the bending test: approx. 22 GPaTensile strength: about 240 MPaVertical compressive strength: approx. 500 MPaDensity: 2 g/cm³

The glass fiber plate is made with an epoxy resin matrix using a high-pressure thermal molding process. Temperature resistance is guaranteed for a short time up to 180°C. The panel surfaces are smooth and slightly matt.Note (toxicity):The plates are free of- Halogen- antimony compounds- nitrogen compounds- Sulfur- PhosphorusTechnical characteristics:Bending strength: about 350 MPaModulus of elasticity from the bending test: approx. 22 GPaTensile strength: about 240 MPaVertical compressive strength: approx. 500 MPaDensity: 2 g/cm³

The glass fiber plate is made with an epoxy resin matrix using a high-pressure thermal molding process. Temperature resistance is guaranteed for a short time up to 180°C. The panel surfaces are smooth and slightly matt.Note (toxicity):The plates are free of- Halogen- antimony compounds- nitrogen compounds- Sulfur- PhosphorusTechnical characteristics:Bending strength: about 350 MPaModulus of elasticity from the bending test: approx. 22 GPaTensile strength: about 240 MPaVertical compressive strength: approx. 500 MPaDensity: 2 g/cm³

The glass fiber plate is made with an epoxy resin matrix using a high-pressure thermal molding process. Temperature resistance is guaranteed for a short time up to 180°C. The panel surfaces are smooth and slightly matt.Note (toxicity):The plates are free of- Halogen- antimony compounds- nitrogen compounds- Sulfur- PhosphorusTechnical characteristics:Bending strength: about 350 MPaModulus of elasticity from the bending test: approx. 22 GPaTensile strength: about 240 MPaVertical compressive strength: approx. 500 MPaDensity: 2 g/cm³

The glass fiber plate is made with an epoxy resin matrix using a high-pressure thermal molding process. Temperature resistance is guaranteed for a short time up to 180°C. The panel surfaces are smooth and slightly matt.Note (toxicity):The plates are free of- Halogen- antimony compounds- nitrogen compounds- Sulfur- PhosphorusTechnical characteristics:Bending strength: about 350 MPaModulus of elasticity from the bending test: approx. 22 GPaTensile strength: about 240 MPaVertical compressive strength: approx. 500 MPaDensity: 2 g/cm³

The glass fiber plate is made with an epoxy resin matrix using a high-pressure thermal molding process. Temperature resistance is guaranteed for a short time up to 180°C. The panel surfaces are smooth and slightly matt.Note (toxicity):The plates are free of- Halogen- antimony compounds- nitrogen compounds- Sulfur- PhosphorusTechnical characteristics:Bending strength: about 350 MPaModulus of elasticity from the bending test: approx. 22 GPaTensile strength: about 240 MPaVertical compressive strength: approx. 500 MPaDensity: 2 g/cm³

The glass fiber plate is made with an epoxy resin matrix using a high-pressure thermal molding process. Temperature resistance is guaranteed for a short time up to 180°C. The panel surfaces are smooth and slightly matt.Note (toxicity):The plates are free of- Halogen- antimony compounds- nitrogen compounds- Sulfur- PhosphorusTechnical characteristics:Bending strength: about 350 MPaModulus of elasticity from the bending test: approx. 22 GPaTensile strength: about 240 MPaVertical compressive strength: approx. 500 MPaDensity: 2 g/cm³

The glass fiber plate is made with an epoxy resin matrix using a high-pressure thermal molding process. Temperature resistance is guaranteed for a short time up to 180°C. The panel surfaces are smooth and slightly matt.Note (toxicity):The plates are free of- Halogen- antimony compounds- nitrogen compounds- Sulfur- PhosphorusTechnical characteristics:Bending strength: about 350 MPaModulus of elasticity from the bending test: approx. 22 GPaTensile strength: about 240 MPaVertical compressive strength: approx. 500 MPaDensity: 2 g/cm³

The glass fiber plate is made with an epoxy resin matrix using a high-pressure thermal molding process. Temperature resistance is guaranteed for a short time up to 180°C. The panel surfaces are smooth and slightly matt.Note (toxicity):The plates are free of- Halogen- antimony compounds- nitrogen compounds- Sulfur- PhosphorusTechnical characteristics:Bending strength: about 350 MPaModulus of elasticity from the bending test: approx. 22 GPaTensile strength: about 240 MPaVertical compressive strength: approx. 500 MPaDensity: 2 g/cm³

Hybrid panels are manufactured using the thermal high-pressure hot-press process and therefore have a high fiber volume content of >65%. An epoxy resin matrix serves as the matrix material. Hybrid panels are particularly suitable for design applications. Its surface is smooth and the aluminized fabric gives it a metallic carbon design look. The fiber structure shows a homogeneous, biaxial fiber distribution in 0°/90°.We offer the pure hybrid plates in thicknesses of around 0.3mm and 0.5mm, which means that they are still somewhat flexible and adapt to contours.The following characteristic laminate values apply to hybrid panels:Flexural strength EN2562: 370 MPaFlexural modulus EN2562: 24 GPaTensile strength ISO 527: 260 MPaTensile modulus of elasticity ISO 527: 58 GPaDensity: 2 g/cm³Fiber weight percentage: >65%Glass transition temperature (short term): 130°C (180°C)Water absorption: < 0.04%

Hybrid panels are manufactured using the thermal high-pressure hot-press process and therefore have a high fiber volume content of >65%. An epoxy resin matrix serves as the matrix material. Hybrid panels are particularly suitable for design applications. Its surface is smooth and the aluminized fabric gives it a metallic carbon design look. The fiber structure shows a homogeneous, biaxial fiber distribution in 0°/90°.We offer the pure hybrid plates in thicknesses of around 0.3mm and 0.5mm, which means that they are still somewhat flexible and adapt to contours.The following characteristic laminate values apply to hybrid panels:Flexural strength EN2562: 370 MPaFlexural modulus EN2562: 24 GPaTensile strength ISO 527: 260 MPaTensile modulus of elasticity ISO 527: 58 GPaDensity: 2 g/cm³Fiber weight percentage: >65%Glass transition temperature (short term): 130°C (180°C)Water absorption: < 0.04%

Our carbon hybrid panels are manufactured using the thermal high-pressure hot-press process and therefore have a high fiber volume content of >65%. An epoxy resin matrix serves as the matrix material. The carbon hybrid plates are made entirely of carbon fabric with top layers of an aluminized hybrid fabric. The fiber structure has a homogeneous, biaxial fiber distribution in 0°/90°.The hybrid fabric of the outer layers is made in a twill weave, has a smooth, milled surface and has the typical visible fabric structure.Due to the high pressing pressure during the manufacturing process, these carbon hybrid plates achieve outstanding properties in the area of ​​flexural strength as well as torsional and dimensional stability.The panels have the following characteristic laminate values:Flexural strength EN2562: 820 MPaFlexural modulus EN2562: 55 GPaTensile strength ISO 527: 630 MPaTensile modulus of elasticity ISO 527: 58 GPaCoefficient of thermal expansion: 1 E^-06 1/KI.L.S.S. EN2563: ~68MPaDensity: 1.6 g/cm³Fiber weight percentage: >65%Glass transition temperature (short term): 130°C (180°C)Water absorption: < 0.04%

Our carbon hybrid panels are manufactured using the thermal high-pressure hot-press process and therefore have a high fiber volume content of >65%. An epoxy resin matrix serves as the matrix material. The carbon hybrid plates are made entirely of carbon fabric with top layers of an aluminized hybrid fabric. The fiber structure has a homogeneous, biaxial fiber distribution in 0°/90°.The hybrid fabric of the outer layers is made in a twill weave, has a smooth, milled surface and has the typical visible fabric structure.Due to the high pressing pressure during the manufacturing process, these carbon hybrid plates achieve outstanding properties in the area of ​​flexural strength as well as torsional and dimensional stability.The panels have the following characteristic laminate values:Flexural strength EN2562: 820 MPaFlexural modulus EN2562: 55 GPaTensile strength ISO 527: 630 MPaTensile modulus of elasticity ISO 527: 58 GPaCoefficient of thermal expansion: 1 E^-06 1/KI.L.S.S. EN2563: ~68MPaDensity: 1.6 g/cm³Fiber weight percentage: >65%Glass transition temperature (short term): 130°C (180°C)Water absorption: < 0.04%

Our carbon hybrid panels are manufactured using the thermal high-pressure hot-press process and therefore have a high fiber volume content of >65%. An epoxy resin matrix serves as the matrix material. The carbon hybrid plates are made entirely of carbon fabric with top layers of an aluminized hybrid fabric. The fiber structure has a homogeneous, biaxial fiber distribution in 0°/90°.The hybrid fabric of the outer layers is made in a twill weave, has a smooth, milled surface and has the typical visible fabric structure.Due to the high pressing pressure during the manufacturing process, these carbon hybrid plates achieve outstanding properties in the area of ​​flexural strength as well as torsional and dimensional stability.The panels have the following characteristic laminate values:Flexural strength EN2562: 820 MPaFlexural modulus EN2562: 55 GPaTensile strength ISO 527: 630 MPaTensile modulus of elasticity ISO 527: 58 GPaCoefficient of thermal expansion: 1 E^-06 1/KI.L.S.S. EN2563: ~68MPaDensity: 1.6 g/cm³Fiber weight percentage: >65%Glass transition temperature (short term): 130°C (180°C)Water absorption: < 0.04%

Our carbon hybrid panels are manufactured using the thermal high-pressure hot-press process and therefore have a high fiber volume content of >65%. An epoxy resin matrix serves as the matrix material. The carbon hybrid plates are made entirely of carbon fabric with top layers of an aluminized hybrid fabric. The fiber structure has a homogeneous, biaxial fiber distribution in 0°/90°.The hybrid fabric of the outer layers is made in a twill weave, has a smooth, milled surface and has the typical visible fabric structure.Due to the high pressing pressure during the manufacturing process, these carbon hybrid plates achieve outstanding properties in the area of ​​flexural strength as well as torsional and dimensional stability.The panels have the following characteristic laminate values:Flexural strength EN2562: 820 MPaFlexural modulus EN2562: 55 GPaTensile strength ISO 527: 630 MPaTensile modulus of elasticity ISO 527: 58 GPaCoefficient of thermal expansion: 1 E^-06 1/KI.L.S.S. EN2563: ~68MPaDensity: 1.6 g/cm³Fiber weight percentage: >65%Glass transition temperature (short term): 130°C (180°C)Water absorption: < 0.04%

Our carbon hybrid panels are manufactured using the thermal high-pressure hot-press process and therefore have a high fiber volume content of >65%. An epoxy resin matrix serves as the matrix material. The carbon hybrid plates are made entirely of carbon fabric with top layers of an aluminized hybrid fabric. The fiber structure has a homogeneous, biaxial fiber distribution in 0°/90°.The hybrid fabric of the outer layers is made in a twill weave, has a smooth, milled surface and has the typical visible fabric structure.Due to the high pressing pressure during the manufacturing process, these carbon hybrid plates achieve outstanding properties in the area of ​​flexural strength as well as torsional and dimensional stability.The panels have the following characteristic laminate values:Flexural strength EN2562: 820 MPaFlexural modulus EN2562: 55 GPaTensile strength ISO 527: 630 MPaTensile modulus of elasticity ISO 527: 58 GPaCoefficient of thermal expansion: 1 E^-06 1/KI.L.S.S. EN2563: ~68MPaDensity: 1.6 g/cm³Fiber weight percentage: >65%Glass transition temperature (short term): 130°C (180°C)Water absorption: < 0.04%

Our carbon hybrid panels are manufactured using the thermal high-pressure hot-press process and therefore have a high fiber volume content of >65%. An epoxy resin matrix serves as the matrix material. The carbon hybrid plates are made entirely of carbon fabric with top layers of an aluminized hybrid fabric. The fiber structure has a homogeneous, biaxial fiber distribution in 0°/90°.The hybrid fabric of the outer layers is made in a twill weave, has a smooth, milled surface and has the typical visible fabric structure.Due to the high pressing pressure during the manufacturing process, these carbon hybrid plates achieve outstanding properties in the area of ​​flexural strength as well as torsional and dimensional stability.The panels have the following characteristic laminate values:Flexural strength EN2562: 820 MPaFlexural modulus EN2562: 55 GPaTensile strength ISO 527: 630 MPaTensile modulus of elasticity ISO 527: 58 GPaCoefficient of thermal expansion: 1 E^-06 1/KI.L.S.S. EN2563: ~68MPaDensity: 1.6 g/cm³Fiber weight percentage: >65%Glass transition temperature (short term): 130°C (180°C)Water absorption: < 0.04%

Carbon tubes with wall thickness 0.75mm - the filigreeThe tubes of the HEL series are suitable for all applications where you have to pay very attention to weight reduction with maximum strength.These tubes are often the first choice.The core layers in the tubular structure are unidirectional in the longitudinal direction, resulting in good flexural rigidity. A fabric is used as a cover layer in order to obtain additional compressive strength with an attractive design. In order to guarantee you the appropriate precision, these tubes are also ground to size and, with their fine gradation, can be combined very well with one another, for example as ultra-light telescopic slides.There are 3 different surfaces to choose from:• Winding surface (grip surface with good haptics - raw, unprocessed)• Ground (precision surface ground, smooth, matt)• Painted (high gloss coating, these tubes are also ground to precision)More information on the individual surfaces can be found in the “Info about tubes” areaMore information and explanations about carbon in general can be found in the "Carbon Basics" section.

Carbon tubes with wall thickness 0.75mm - the filigreeThe tubes of the HEL series are suitable for all applications where you have to pay very attention to weight reduction with maximum strength.These tubes are often the first choice.The core layers in the tubular structure are unidirectional in the longitudinal direction, resulting in good flexural rigidity. A fabric is used as a cover layer in order to obtain additional compressive strength with an attractive design. In order to guarantee you the appropriate precision, these tubes are also ground to size and, with their fine gradation, can be combined very well with one another, for example as ultra-light telescopic slides.There are 3 different surfaces to choose from:• Winding surface (grip surface with good haptics - raw, unprocessed)• Ground (precision surface ground, smooth, matt)• Painted (high gloss coating, these tubes are also ground to precision)More information on the individual surfaces can be found in the “Info about tubes” areaMore information and explanations about carbon in general can be found in the "Carbon Basics" section.

Carbon tubes with wall thickness 0.75mm - the filigreeThe tubes of the HEL series are suitable for all applications where you have to pay very attention to weight reduction with maximum strength.These tubes are often the first choice.The core layers in the tubular structure are unidirectional in the longitudinal direction, resulting in good flexural rigidity. A fabric is used as a cover layer in order to obtain additional compressive strength with an attractive design. In order to guarantee you the appropriate precision, these tubes are also ground to size and, with their fine gradation, can be combined very well with one another, for example as ultra-light telescopic slides.There are 3 different surfaces to choose from:• Winding surface (grip surface with good haptics - raw, unprocessed)• Ground (precision surface ground, smooth, matt)• Painted (high gloss coating, these tubes are also ground to precision)More information on the individual surfaces can be found in the “Info about tubes” areaMore information and explanations about carbon in general can be found in the "Carbon Basics" section.

Carbon tubes with wall thickness 0.75mm - the filigreeThe tubes of the HEL series are suitable for all applications where you have to pay very attention to weight reduction with maximum strength.These tubes are often the first choice.The core layers in the tubular structure are unidirectional in the longitudinal direction, resulting in good flexural rigidity. A fabric is used as a cover layer in order to obtain additional compressive strength with an attractive design. In order to guarantee you the appropriate precision, these tubes are also ground to size and, with their fine gradation, can be combined very well with one another, for example as ultra-light telescopic slides.There are 3 different surfaces to choose from:• Winding surface (grip surface with good haptics - raw, unprocessed)• Ground (precision surface ground, smooth, matt)• Painted (high gloss coating, these tubes are also ground to precision)More information on the individual surfaces can be found in the “Info about tubes” areaMore information and explanations about carbon in general can be found in the "Carbon Basics" section.

Carbon tubes with wall thickness 0.75mm - the filigreeThe tubes of the HEL series are suitable for all applications where you have to pay very attention to weight reduction with maximum strength.These tubes are often the first choice.The core layers in the tubular structure are unidirectional in the longitudinal direction, resulting in good flexural rigidity. A fabric is used as a cover layer in order to obtain additional compressive strength with an attractive design. In order to guarantee you the appropriate precision, these tubes are also ground to size and, with their fine gradation, can be combined very well with one another, for example as ultra-light telescopic slides.There are 3 different surfaces to choose from:• Winding surface (grip surface with good haptics - raw, unprocessed)• Ground (precision surface ground, smooth, matt)• Painted (high gloss coating, these tubes are also ground to precision)More information on the individual surfaces can be found in the “Info about tubes” areaMore information and explanations about carbon in general can be found in the "Carbon Basics" section.

This round carbon rod, manufactured using the pultrusion process, has a unidirectional fiber orientation in the longitudinal direction. By using HT carbon fibers with a fiber volume of approx. 65%, a very high level of flexural rigidity is achieved. The surface is black, smooth and slightly shiny.This pultruded rods are subject to general manufacturing tolerances and are not suitable for high-precision mating. You can find precisely fitting rods here: Carbon rods grinded

This round carbon rod, manufactured using the pultrusion process, has a unidirectional fiber orientation in the longitudinal direction. By using HT carbon fibers with a fiber volume of approx. 65%, a very high level of flexural rigidity is achieved. The surface is black, smooth and slightly shiny.This pultruded rods are subject to general manufacturing tolerances and are not suitable for high-precision mating. You can find precisely fitting rods here: Carbon rods grinded

This round carbon rod, manufactured using the pultrusion process, has a unidirectional fiber orientation in the longitudinal direction. By using HT carbon fibers with a fiber volume of approx. 65%, a very high level of flexural rigidity is achieved. The surface is black, smooth and slightly shiny.This pultruded rods are subject to general manufacturing tolerances and are not suitable for high-precision mating. You can find precisely fitting rods here: Carbon rods grinded

This round carbon rod, manufactured using the pultrusion process, has a unidirectional fiber orientation in the longitudinal direction. By using HT carbon fibers with a fiber volume of approx. 65%, a very high level of flexural rigidity is achieved. The surface is black, smooth and slightly shiny.This pultruded rods are subject to general manufacturing tolerances and are not suitable for high-precision mating. You can find precisely fitting rods here: Carbon rods grinded

This round carbon rod, manufactured using the pultrusion process, has a unidirectional fiber orientation in the longitudinal direction. By using HT carbon fibers with a fiber volume of approx. 65%, a very high level of flexural rigidity is achieved. The surface is black, smooth and slightly shiny.This pultruded rods are subject to general manufacturing tolerances and are not suitable for high-precision mating. You can find precisely fitting rods here: Carbon rods grinded

This round carbon rod, manufactured using the pultrusion process, has a unidirectional fiber orientation in the longitudinal direction. By using HT carbon fibers with a fiber volume of approx. 65%, a very high level of flexural rigidity is achieved. The surface is black, smooth and slightly shiny.This pultruded rods are subject to general manufacturing tolerances and are not suitable for high-precision mating. You can find precisely fitting rods here: Carbon rods grinded

This round carbon rod, manufactured using the pultrusion process, has a unidirectional fiber orientation in the longitudinal direction. By using HT carbon fibers with a fiber volume of approx. 65%, a very high level of flexural rigidity is achieved. The surface is black, smooth and slightly shiny.This pultruded rods are subject to general manufacturing tolerances and are not suitable for high-precision mating. You can find precisely fitting rods here: Carbon rods grinded