特殊丙烯酸单体

环化聚合性单体（AOMA™）

Cyclopolymerization Monomer: AOMA™

Specialty Acrylate monomer

S758208-25g

25g

基本信息 兼具硬度和强韧性，提升对各种基材的附着性，低粘度、高反应性的环化聚合性单体。 特殊丙烯酸单体是新型环化聚合性单体。通过自由基聚合，可得到主链具有环状结构的聚合物。 优点特性 单体：低粘度，稀释性好，UV固化迅速 聚合物：对各种基材有良好的附着性。“硬度/耐热性”和“柔韧性/强韧性”并存 用途示例 1.在现有功能单体中具有一流的低粘度。在溶解和稀释各种低聚物和聚合物方面表现卓越，并表现出与丙烯酸单体相匹配的高自由基聚合性。用作反应性稀释剂时，可以高浓度混合主剂，在UV固化喷墨油墨等用途中，预计其性能将超过传统产品。 2. 特殊丙烯酸单体的聚合物作为能同时实现过去很难兼具的“硬度/耐热性”和“柔韧性/强韧性”的材料，而受到很高的评价。 在UV固化型3D打印机中，可将强韧性和耐热性赋予成型物体。在玻璃、金属以及各种塑料等范围广泛的基材上，表现出良好的附着性，有望用于柔性设备涂层剂、胶粘不同材料的胶粘剂等各种用途。 Basic Information Specialty Acrylate monomer combines hardness and toughness and improves adhesion to a variety of substrates! Low viscosity and highly reactive cyclopolymerizable monomer Specialty Acrylate monomer is a new cyclopolymerization monomer developed by Nippon Shokubai. Polymers with a ring structure in the main chain can be obtained by radical polymerization. Features and Properties Monomer: low viscosity, excellent dilutability and rapid UV curability Polymer: Good adhesion to various substratesCombination of “hardness and heat resistance” and “flexibility and toughness” Examples of Applications 1.Specialty Acrylate monomer has one of the lowest viscosities among existing functional monomers. Specialty Acrylate monomer has excellent dissolution and dilution properties for various oligomers and polymers, and exhibits high radical polymerization properties similar to those of acrylic monomers. When used as a reactive diluent, the main agent can be blended at high concentrations, and its inks can perform better than conventional products in applications such as UV-curable inkjet inks. 2.Specialty Acrylate monomer polymers are highly evaluated as a material that combines “hardness and heat resistance” and “flexibility and restorative properties,” both of which were conventionally considered difficult to achieve. Specialty Acrylate monomer is effective in achieving resilience and heat resistance for items printed by UV curable 3D printers. Specialty Acrylate monomer exhibits good adhesion to a wide range of substrates, including glass, metals, and various plastics, and is expected to be applied to a variety of applications, including coatings for flexible devices and adhesives for binding different substrates.

C8H12O3

156.18 g/mol

可溶于各种有机溶剂，微溶于水

84℃（2 kPa）