ThermaFlex

ThermaFlex HR4(S) maintains superior delamination while providing an excellent balance of properties. Because their high purity, these micas maintain low abrasivity with elasticity and minimum attrition when exposed to the extreme mixing conditions of compounding and extrusion.

ThermaFlex HR90 maintains superior delamination while providing an excellent balance of properties. Because their high purity, these micas maintain low abrasivity with elasticity and minimum attrition when exposed to the extreme mixing conditions of compounding and extrusion.

ThermaFlex HR20(S) maintains superior delamination while providing an excellent balance of properties. Because their high purity, these micas maintain low abrasivity with elasticity and minimum attrition when exposed to the extreme mixing conditions of compounding and extrusion.

ThermaFlex HR10(S) maintains superior delamination while providing an excellent balance of properties. Because their high purity, these micas maintain low abrasivity with elasticity and minimum attrition when exposed to the extreme mixing conditions of compounding and extrusion.

ThermaFlex HR2(S) maintains superior delamination while providing an excellent balance of properties. Because their high purity, these micas maintain low abrasivity with elasticity and minimum attrition when exposed to the extreme mixing conditions of compounding and extrusion.

ThermaFlex HRX(S) maintains superior delamination while providing an excellent balance of properties. Because their high purity, these micas maintain low abrasivity with elasticity and minimum attrition when exposed to the extreme mixing conditions of compounding and extrusion.