UL Prospector
Prospector

Success!

Successfully saved your search
BASF manufactures adhesive raw materials for use in packaging, label, furniture, and transportation applications. BASF offers performance additives such as the Tinuvin® line of light stabilizers, as well as several brands including the Efka® line of formulation additives that offer dispersing agents, defoamers, wetting and leveling agents, and rheology agents.
2 Results
Dehysol® D 81 BASF Formulation Additives Dehysol® D 81 is the standard type of an epoxy plasticizer. It has a good stabilizing effect and is largely extraction-resistant to cleaning materials and many industrial agents. Its migration resistance (also to polystyrene) is comparable with those of p...view more Dehysol® D 81 is the standard type of an epoxy plasticizer. It has a good stabilizing effect and is largely extraction-resistant to cleaning materials and many industrial agents. Its migration resistance (also to polystyrene) is comparable with those of polymeric plasticizers. Dehysol® epoxy plasticizers form addition compounds with acids to give inert compounds, so that they can stabilize materials liable to split off acids which could form acidic degradation under the influence of heat and ultraviolet light. Naturally they do not prevent the splitting, merely the autocatalytic nature of the reaction. view less
Dehysol® D82 BASF Formulation Additives Dehysol® D82 is an epoxy plasticizer for the paint industry. This light yellow liquid is made from epoxidized soybean oil. It protects paints and plastics against the influence of heat, light and weather, and thereby improves whiteness and resistance to a...view more Dehysol® D82 is an epoxy plasticizer for the paint industry. This light yellow liquid is made from epoxidized soybean oil. It protects paints and plastics against the influence of heat, light and weather, and thereby improves whiteness and resistance to ageing. It is compatible with PVC, many other plastics, synthetic resins, plasticizers and gives transparent films. It can be hardened with acids, anhydrides, and amines. Moreover, it remains stable even at higher temperatures. view less