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Elvacite™ 2041 is a high–molecular weight poly methyl methacrylate (PMMA) resin used in coating applications requiring abrasion resistance and slip characteristics.
Elvacite™ 2041 is an acrylic resin based on poly methyl methacrylate (PMMA). It has a very high molecular weight that provides the films it produces with outstanding abrasion resistance, blocking resistance, and slip characteristics. Elvacite™ 2041 is ideal for creating highly durable films for low-solids coatings, such as spray lacquers. Elvacite™ 2041 is soluble in solvents such as esters, chlorohydrocarbons, and some ketones. Films formed with Elvacite™ 2041 have relatively slow solvent release. Due to its exceptional hardness, Elvacite™ 2041 should be used in coatings and adhesives for rigid substrates, such as wood, metal, and vinyl. Elvacite™ 2041 forms films with excellent resistance to chemicals and weathering. Thus, one of its most ideal applications is as an acrylic resin in topcoats. Elvacite™ 2041 is a nonreactive resin, making it useful for altering and controlling the viscosity of reactive systems.
Appearance: Solid beads
Specific gravity at 25°C: 1.19
Glass transition temp, onset (°C): 105
Molecular weight (g/mol): 447,000
Inherent viscosity (cPs): 1.137–1.367
Brookfield viscosity at 15% in toluene (cPs): 200–500
Moisture, max (%): 0.75
Primary Chemistry:
Methyl methacrylate resin
Poor durability of coatings or inks Out-of-specification viscosities for reactive coatings or inks Blocking or detrimental adhesion on freshly coated surfaces Shrinkage of coatings or inks due to rapid cross-linking
Metal coatings Plastic coatings Wood coatings Aerosol coatings Lacquers
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