Abrasion resistance is one of the most sought-after properties for coating and ink applications. Increasing the abrasion resistance of the coating without sacrificing other properties, such as adhesion, has been a continuous challenge for formulators. At Bomar®, we solve this issue by producing high-quality abrasion-resistant oligomers that can be used with difficult plastics and LED surfaces without sacrificing pigment stability. Our extensive product line includes dendritic oligomers, polyester acrylate oligomers, polyester urethane acrylate, multifunctional (meth)acrylates, multifunctional methacrylates, and polyether urethane acrylates. Below are some of our products to obtain an outstanding abrasion-resistant coating.
Need more information? Our technical experts are on hand to help troubleshoot and recommend the perfect Bomar solution
Quickly narrow down our Oligomer product offering by selecting your formulary requirements. From there you can compare, download product datasheets, and request a sample.
These products have abrasion resistance properties. Click the box to get detailed product information.
Low shrinkage and warpage. Excellent scratch, chemical, and stain resistance for coatings & inks.
Designed for hard coatings, OPVs, and printing inks. Very good chemical and thermal resistance.
Oligomer that enhances hardness and improves adhesion in coatings for metal and plastic.
Non-yellowing, high molecular weight oligomer for flexible, durable roof and floor coatings.
Aliphatic urethane dimethacrylate used in coating applications nail care and 3D printing industries.
For applications requiring very fast cure response for adhesives and non-yellowing for coatings.
Excellent chemical, thermal, scratch, and abrasion resistance for coatings, OPVs, and printing inks.
Provides impact resistance and toughness and has excellent adhesion to various substrates.
Low viscosity oligomer with excellent cure response for rapid prototyping 3D printing resins.
Low molecular weight, non-yellowing, glossy finish for hard gel nails and high hardness coatings.
Good surface cure and high elongation for 3D printing resins, plastic adhesives, and gaskets.
Oligomer blend that provides a low color, tack-free cure under low-intensity LED cure conditions.
Imparts incredible toughness and flexibilty, making it ideal for impact and bend-resistant coatings.
Low molecular weight oligomer with high tensile strength and superior hardness for coatings.
High temperature resistance and non-yellowing for coatings and inks for glass, plastic, and steel.
Color stable, optically clear oligomer with a desirable balance of toughness and flexibility.
Enhances flexibility, provides oil and chemical resistance, and exhibits hydrolytic stability.
An average functionality of 18. The hyper-branched structure imparts the unique combination of low diluted viscosity with unmatched chemical and thermal resistance.
Low viscosity, rapid curing, non-yellowing oligomer ideal for 2D and 3D inkjet applications.
Oligomer for glass, plastic, & steel coatings and inks. High temperature resistance, low yellowing.
Low water absorption, non-yellowing hydrophobic urethane acrylate for nail gels and coatings.
High tensile strength oligomer with excellent optical clarity for use in impact-resistant coatings.
Excellent plastics adhesion and hydrophobicity for temperature-resistant coatings and resins.
Ultra-low water absorption for moisture-sensitive or hydrophobic applications.
Oligomer suitable for abrasion resistant wood coatings, hydrolytically stable inks, and coatings.
Non-yellowing oligomer with rapid cure speed for coatings and graphic arts applications.
Improves adhesion and enhances hardness in steel and various plastic hard coating applications.
Improves adhesion, enhances hardness. High temperature resistance for nail gels and coatings.
Scratch-resistant oligomer for coatings & inks. Enhances crosslink density in waterborne formulas.
Can be used effectively in performance coating applications needing a greater degree of flexibility.
Have questions? Need more information? We're here to help.