MY is a particle-reinforced molybdenum alloy that contains 0.47 percent yttrium oxide by weight and 0.08 percent cerium oxide by weight. MY adheres well to quartz glass, is easy to weld and provides better resistance to oxidation than pure molybdenum.PropertiesGeneralPropertyTemperatureValueDensity2

BP81NPN is a cotton phenolic composite which is specifically designed to dissipate heat better than standard cotton phenolic products.PropertiesGeneralPropertyValueTesting StandardCommentBonding strength544.3 KgASTM D229Condition ADensity1.47 g/cm³ASTM D792Moisture absorption2.5 %ASTM D570Condition

BT25NPG uses a fine weave cotton fabric (linen) substrate. The resin system has graphitic carbon added in order to provide lubrication in bearing and bushing applications. It is an excellent machining grade, but should not be used in applications where electrical insulation is required as the resin

Grade BT18NPM is a tube made from a HEAVY weight canvas fabric combined with a phenolic resin that has good physical properties and machining characteristics.PropertiesGeneralPropertyValueTesting StandardCommentDensity1.34 g/cm³ASTM D792Moisture absorption1.3 %ASTM D570Condition D₁-24/23MechanicalPr

Grade BT18NPA is a red colored composite tube made from a heavy 24 oz/sq. yard canvas fabric saturated with a phenolic resin system modified with alumina.PropertiesGeneralPropertyValueTesting StandardDensity1.33 g/cm³ASTM D348Moisture absorption1.1 %ASTM D348MechanicalPropertyValueTesting StandardCo

Grade BT13NPG is a medium weave cotton fabric combined with a phenolic resin system containing graphitic carbon as a lubricant, and used where conductivity of the material is not detrimental to the properties of the final product.PropertiesGeneralPropertyValueTesting StandardCommentDensity1.28 g/cm³

RT325 uses a fine weave cotton fabric (linen) substrate. The resin system has graphitic carbon added in order to provide lubrication in bearing and bushing applications. It is an excellent machininggrade, but should not be used in applications where electrical insulation is required as the resin sys

NP310BW is a cotton phenolic composite which is specifically designed to dissipate heat better than standard cotton phenolic products.PropertiesGeneralPropertyValueTesting StandardCommentBonding strength554.3 KgASTM D229Condition ADensity1.47 g/cm³ASTM D792Moisture absorption2.5 %ASTM D570Condition

Grade RT370 is a red colored composite tube made from a heavy 24 oz/sq. yard canvas fabric saturated with a phenolic resin system modified with alumina. PropertiesGeneralPropertyValueTesting StandardDensity1.33 g/cm³ASTM D348Moisture absorption1.1 %ASTM D348MechanicalPropertyValueTesting StandardCom

Rolled and Molded Rods made from a glass fabric with a high temperature epoxy resin system.PropertiesGeneralPropertyValueTesting StandardCommentDensity1.8 g/cm³ASTM D349Moisture absorption0.06 %ASTM D349Condition D₁-24/23MechanicalPropertyValueTesting StandardCommentCompressive modulus8.6 GPaASTM D3

This Mg-PSZ materials is available in powder and ready-to-press spray dried powder. GNPZ01 is the original powder and the GNPZ02 is the spray granulated ready-to-press powder to meet different customers’ needs.PropertiesGeneralPropertyValueCommentDensity5.75 g/cm³typical propertiesLoss on Ignition0.

Rolled and Molded Rods made from a fine weave (linen) cotton fabric impregnated with a melamine resin system.PropertiesGeneralPropertyValueTesting StandardCommentDensity1.39 g/cm³ASTM D349Moisture absorption2.2 %ASTM D349Condition D₁-24/23MechanicalPropertyValueTesting StandardCommentCompressive str

Grade RT315 is a medium weave cotton fabric combined with a phenolic resin system containing graphitic carbon as a lubricant, and used where conductivity of the material is not detrimental to the properties of the final product.PropertiesGeneralPropertyValueTesting StandardCommentDensity1.28 g/cm³AS

Grade RT360 is a tube made from a HEAVY weight canvas fabric saturated with a phenolic resin system, modified with molybdenum disulfide, that has good physical properties and machining characteristics.PropertiesGeneralPropertyValueTesting StandardDensity1.34 g/cm³ASTM D348Moisture absorption1.3 %AST

Rolled and Molded Rods made from a fine weave (linen) cotton fabric impregnated with an epoxy resin system.PropertiesGeneralPropertyValueTesting StandardCommentDensity1.35 g/cm³ASTM D349Moisture absorption0.51 %ASTM D349Condition D₁-24/23MechanicalPropertyValueTesting StandardCommentCompressive stre

SupremEX® 640XA is an aerospace grade metal matrix composite (MMC) based on an aluminum alloy (6061B) with a reinforcing phase of 40% silicon carbide. 640XA is produced powder metallurgically by mechanical mixing. This results in a fine grain structure, which improves the mechanical properties. Su

SupremEX® 640XA is an aerospace grade metal matrix composite (MMC) based on an aluminum alloy (6061B) with a reinforcing phase of 40% silicon carbide. 640XA is produced powder metallurgically by mechanical mixing. This results in a fine grain structure, which improves the mechanical properties. Su

Applications that require non-metallic materials will profit significantly from polymer carbon composites. This material is temperature resistant up to 200 °C - without creeping effects common among other polymers. Depending on the choice of polymer, properties such as mechanical or chemical stabili

Applications that require non-metallic materials will profit significantly from polymer carbon composites. This material is temperature resistant up to 200 °C - without creeping effects common among other polymers. Depending on the choice of polymer, properties such as mechanical or chemical stabili

SIGRATHERM® ePCM Composite Materials guarantee high storage density and fast charge/discharge cycles.Phase Change Materials (PCM) are materials whose latent heat produced mainly at the solid-liquid phase transition point (heat of fusion), is used in technical applications. Water/ice is the best-know