Application: LUBRANIL® DEKO 550/B is a waterbased wax-dispersion for use in surface preparations, Venetian stuccos (“marble effect”) and lime based stuccos.

Properties and advantages:

• Strong gloss
• Good hydrophobicity
• Easy to polish

Application: LUBRANIL^® DF 45 is a VOC-free dispersion for paints.

Properties and advantages:

• Improves open time
• Improves re-workability
• VOC-free and therefore replacement of VOC containing open time additives possible without loosing of performance
• and therefore recommended for kitchens and bathrooms
• Improves slip
• Good wet-abrasion resistance
• No odor

Application: LUBRANIL^® N 20 is a water based dispersion for pasty plasters and waterborne dispersion paints. LUBRANIL^® N 20 is very suitable for polymeric, silicate and silicone based systems.

Properties and advantages:

• Prolongs the open time
• Improves the elasticity of the coating
• Prevents from cracks and rents
• Plastification
• Improves the workability of the plaster
• Assists to reduce pinholes
• Free of any solvents, free of VOC

Application: LUBRANIL^® OT 300 is a VOC-free dispersion especially developed for paints and textured coatings as well as for pigment pastes. LUBRANIL^® OT 300 is targeted to companies being interested to reduce the VOC content of their coatings.

Properties and advantages:

• Improves open time
• Improves re-workability
• VOC-free and therefore replacement of VOC containing open time additives possible without loosing of perfrmance
• Improves slip
• Improves blocking stability
• Improves scrub resistance

Application: LUBRANIL^® X 9030 is a new pumpable water-based envriomental friendly dispersion for resin bound plasters as well as for silicate and silicone based systems and water-based paints.

Properties and advantages:

• Prolongs the open time
• Free of any solvents, free of VOC
• Prevents from cracks and rents
• Improves the workability of the plaster
• Easy pumpable and stable viscosity
• Good Plastification
• Reduction of "pinhole" effects
• Based on renewable resources