Synthetic fluid. It acts as a lubricant. Exhibits excellent heat stability. On decomposition, it either forms soluble fluids or volatilizes completely. Suitable for high temperature applications... view more

Synthetic fluid. It acts as a lubricant. Exhibits excellent heat stability. On decomposition, it either forms soluble fluids or volatilizes completely. Suitable for high temperature applications... view more

Synthetic fluid. It acts as a lubricant. Exhibits excellent heat stability. On decomposition, it either forms soluble fluids or volatilizes completely. Suitable for high temperature applications... view more

Synthetic fluid. It acts as a lubricant. Exhibits excellent heat stability. On decomposition, it either forms soluble fluids or volatilizes completely. Suitable for high temperature applications... view more

Synthetic fluid. It acts as a lubricant. Exhibits excellent heat stability. On decomposition, it either forms soluble fluids or volatilizes completely. Suitable for high temperature applications... view more

Synthetic fluid. It acts as a lubricant. Exhibits excellent heat stability. On decomposition, it either forms soluble fluids or volatilizes completely. Suitable for high temperature applications... view more

Synthetic fluid. It acts as a lubricant. Exhibits excellent heat stability. On decomposition, it either forms soluble fluids or volatilizes completely. Suitable for high temperature applications... view more

Polyethylene glycol. Acts as a mold release agent. It is a linear polymer of ethylene oxide containing two terminal primary hydroxyl groups. Offers greater detergency, low odor and solvating power... view more

Polyethylene glycol. Acts as a mold release agent. It is a linear polymer of ethylene oxide containing two terminal primary hydroxyl groups. Offers greater detergency, low odor and solvating power... view more

Polyethylene glycol. Acts as a mold release agent. It is a linear polymer of ethylene oxide containing two terminal primary hydroxyl groups. Offers greater detergency, low odor and solvating power... view more

Polyethylene glycol. Acts as a mold release agent. It is a linear polymer of ethylene oxide containing two terminal primary hydroxyl groups. Offers greater detergency, low odor and solvating power... view more

Polyethylene glycol. Acts as a mold release agent. It is a linear polymer of ethylene oxide containing two terminal primary hydroxyl groups. Offers greater detergency, low odor and solvating power... view more

Polyethylene glycol. Acts as a mold release agent. It is a linear polymer of ethylene oxide containing two terminal primary hydroxyl groups. Offers greater detergency, low odor and solvating power... view more

Non-ionic polyol. It is produced by sequential addition of two or more alkylene oxides to a low molecular weight organic compound. Due to its unique molecular structure, it is more soluble in cold... view more

Non-ionic polyol. It is produced by sequential addition of two or more alkylene oxides to a low molecular weight organic compound. Due to its unique molecular structure, it is more soluble in cold... view more

Non-ionic polyol. It is produced by sequential addition of two or more alkylene oxides to a low molecular weight organic compound. Due to its unique molecular structure, it is more soluble in cold... view more

Non-ionic polyol. It is produced by sequential addition of two or more alkylene oxides to a low molecular weight organic compound. Due to its unique molecular structure, it is more soluble in cold... view more

Non-ionic polyol. It is produced by sequential addition of two or more alkylene oxides to a low molecular weight organic compound. Due to its unique molecular structure, it is more soluble in cold... view more

Non-ionic polyol. It is produced by sequential addition of two or more alkylene oxides to a low molecular weight organic compound. Due to its unique molecular structure, it is more soluble in cold... view more

Non-ionic polyol. It is produced by sequential addition of two or more alkylene oxides to a low molecular weight organic compound. Due to its unique molecular structure, it is more soluble in cold... view more

Non-ionic polyol. It is produced by sequential addition of two or more alkylene oxides to a low molecular weight organic compound. Due to its unique molecular structure, it is more soluble in cold... view more

Non-ionic polyol. It is produced by sequential addition of two or more alkylene oxides to a low molecular weight organic compound. Due to its unique molecular structure, it is more soluble in cold... view more

Non-ionic polyol. It is produced by sequential addition of two or more alkylene oxides to a low molecular weight organic compound. Due to its unique molecular structure, it is more soluble in cold... view more