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ISOFOL 28 is a primary, saturated alcohol with defined branching of the carbon chain. Such alcohols are chemically described as 2-alkyl-1-alkanols and are also referred to as Guerbet alcohols. It is a high purity alcohol that offers excellent oxidative and color stability. Additionally, the twin, 100% linear alkyl branches of the ISOFOL alcohol give it a lower viscosity and better biodegradability than dimer alcohols derived from oxo-alcohols. The unique chemical structure of ISOFOL alcohol also provides good solubility and solvency.

ISOFOL 20 is a primary, saturated alcohol with defined branching of the carbon chain. Such alcohols are chemically described as 2-alkyl-1-alkanols and are also referred to as Guerbet alcohols. It is a high purity alcohol that offers excellent oxidative and color stability. Additionally, the twin, 100% linear alkyl branches of the ISOFOL alcohol give it a lower viscosity and better biodegradability than dimer alcohols derived from oxo-alcohols. The unique chemical structure of ISOFOL alcohol also provides good solubility and solvency.

ISOFOL 24 is a primary, saturated alcohol with defined branching of the carbon chain. Such alcohols are chemically described as 2-alkyl-1-alkanols and are also referred to as Guerbet alcohols. It is a high-purity alcohol that offers excellent oxidative and color stability. Additionally, the twin, 100% linear alkyl branches of the ISOFOL alcohol give it a lower viscosity than dimer alcohols derived from oxo-alcohols. The unique chemical structure of ISOFOL alcohol also provides good solubility and solvency.

ISOFOL 16 is a primary, saturated alcohol with defined branching of the carbon chain. Such alcohols are chemically described as 2-alkyl-1-alkanols and are also referred to as Guerbet alcohols. It is a high purity alcohol that offers excellent oxidative and color stability. Additionally, the twin, 100% linear alkyl branches of the ISOFOL alcohol give it a lower viscosity and better biodegradability than dimer alcohols derived from oxo-alcohols. The unique chemical structure of ISOFOL alcohol also provides good solubility and solvency.

ALFOL 1618 Alcohol is a high purity, petrochemical-based mixture of cetyl Alcohol and stearyl Alcohol. ALFOL 1618 Alcohol is white in appearance with a sweet pungent odor. ALFOL 1618 Alcohol is classified as readily biodegradable in standard ready biodegradability tests. ALFOL 1618 Alcohol are physically and chemically equivalent to corresponding oleochemical-based Alcohols derived from such sources as coconut oil or palm oil. It can be used as is in personal care formulations or as feedstock for various chemical reactions. For documents specific to a region, please contact Sasol using the 'Request Document' button.

ISALCHEM 145 is primary mono-branched alcohols mixture with alkyl chain length of 14 to 15 carbon atoms. For documents specific to a region, please contact Sasol using the 'Request Document' button.

ISOFOL 2426S is a primary, saturated alcohol with defined branching of the carbon chain. Such alcohols are chemically described as 2-alkyl-1-alkanols and are also referred to as Guerbet alcohols. It is a high purity alcohol that offers excellent oxidative and color stability. Additionally, the twin, 100% linear alkyl branches of the ISOFOL alcohol give it a lower viscosity and better biodegradability than dimer alcohols derived from oxo-alcohols. The unique chemical structure of ISOFOL alcohol also provides good solubility and solvency.

NAFOL Alcohols are blends of high purity linear primary alcohols with even-numbered carbon chain lengths, based on renewable or petrochemical resources. For documents specific to a region, please contact Sasol using the 'Request Document' button.

ISALCHEM 11-50 is an C12-16 higher mole Ethoxylate belonging to Sasol's Alcohol Ethoxylates range of products. For documents specific to a region, please contact Sasol using the 'Request Document' button.

ISALCHEM 125 is primary mono-branched alcohols mixture with alkyl chain length of 12 to 15 carbon atoms. For documents specific to a region, please contact Sasol using the 'Request Document' button.