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Microcrystalline wax (petroleum derived). It exhibits high viscosity, good oil retention and is highly malleable. It is formed by very small and flexible crystals which results in high oil affinity. It is less fragile therefore shows great performance. It has very high average molecular weight (580-700) with a chain length between 40 and 50 carbon atoms. It is compatible with most vegetable, animal and mineral waxes as well as with a great variety of synthetic & natural resins. Fischer Tropsch Synthetic wax. It is a chemical product developed artificially by man, with the aim of reproducing the physical properties of vegetable, animal, mineral and petroleum waxes that exist normally in nature. It has high molecular weight and melting point. Microcrystalline wax (petroleum derived). It exhibits high viscosity, good oil retention and is highly malleable. It is formed by very small and flexible crystals which results in high oil affinity. It is less fragile therefore shows great performance. It has very high average molecular weight (580-700) with a chain length between 40 and 50 carbon atoms. It is compatible with most vegetable, animal and mineral waxes as well as with a great variety of synthetic & natural resins. Microcrystalline wax (petroleum derived). It exhibits high viscosity, good oil retention and is highly malleable. It is formed by very small and flexible crystals which results in high oil affinity. It is less fragile therefore shows great performance. It has very high average molecular weight (580-700) with a chain length between 40 and 50 carbon atoms. It is compatible with most vegetable, animal and mineral waxes as well as with a great variety of synthetic & natural resins. Microcrystalline wax (petroleum derived). It exhibits high viscosity, good oil retention and is highly malleable. It is formed by very small and flexible crystals which results in high oil affinity. It is less fragile therefore shows great performance. It has very high average molecular weight (580-700) with a chain length between 40 and 50 carbon atoms. It is compatible with most vegetable, animal and mineral waxes as well as with a great variety of synthetic & natural resins. Microcrystalline wax (petroleum derived). It exhibits high viscosity, good oil retention and is highly malleable. It is formed by very small and flexible crystals which results in high oil affinity. It is less fragile therefore shows great performance. It has very high average molecular weight (580-700) with a chain length between 40 and 50 carbon atoms. It is compatible with most vegetable, animal and mineral waxes as well as with a great variety of synthetic & natural resins. Microcrystalline wax (petroleum derived). It exhibits high viscosity, good oil retention and is highly malleable. It is formed by very small and flexible crystals which results in high oil affinity. It is less fragile therefore shows great performance. It has very high average molecular weight (580-700) with a chain length between 40 and 50 carbon atoms. It is compatible with most vegetable, animal and mineral waxes as well as with a great variety of synthetic & natural resins. Microcrystalline wax (petroleum derived). It exhibits high viscosity, good oil retention and is highly malleable. It is formed by very small and flexible crystals which results in high oil affinity. It is less fragile therefore shows great performance. It has very high average molecular weight (580-700) with a chain length between 40 and 50 carbon atoms. It is compatible with most vegetable, animal and mineral waxes as well as with a great variety of synthetic & natural resins. Microcrystalline wax (petroleum derived). It exhibits high viscosity, good oil retention and is highly malleable. It is formed by very small and flexible crystals which results in high oil affinity. It is less fragile therefore shows great performance. It has very high average molecular weight (580-700) with a chain length between 40 and 50 carbon atoms. It is compatible with most vegetable, animal and mineral waxes as well as with a great variety of synthetic & natural resins. Microcrystalline wax (petroleum derived). It exhibits high viscosity, good oil retention and is highly malleable. It is formed by very small and flexible crystals which results in high oil affinity. It is less fragile therefore shows great performance. It has very high average molecular weight (580-700) with a chain length between 40 and 50 carbon atoms. It is compatible with most vegetable, animal and mineral waxes as well as with a great variety of synthetic & natural resins.
Mulprox
Adhesive ingredients supplied by Multiceras