Solvent-Based Thermosetting Acrylamide Acrylic Resins
Application:
This resin is used in all kinds of home appliance coatings and can coating.
Product Introduction:
The production base of these products, similar to other polyol and thermoplastic products, includes a set of acrylate monomers, solvents and initiators. Its main difference is the use of acrylamide monomer. The presence of the amide group on the chain structure gives the resin the ability to react with each other at high temperatures (generally above 150°C) and form a three-dimensional polymer network. One-component acrylic resins are oven-thermoset and self-curing, and if they are modified with a small percentage of epoxy resin or melamine formaldehyde, they have excellent adhesion and are used in home appliance coatings as well as can coating.
Technical Specifications:
These systems have many advantages, the most important of which is the structural diversity, due to the variety of monomers that can be used, and the synthetic conditions that result in a wide range of products with different functions and properties. In this category of products, there are functional groups on the resin structure that react with each other at high temperature (generally above 170°C) and form a three-dimensional polymer network. In this type of resin structures, usually less than 5% of the monomers forming the chain is N-methylol acrylamide. This product is a thermosetting resin; That is, in the final coating, the curing reaction occurs. Therefore, achieving a high molecular mass with a uniform distribution (PDI below 1.5) is not so critical for these products. These products are synthesized with a molecular mass of about
30,000 and a PDI of about 2. Although a reaction step of acrylamide and formaldehyde is added to the production process.
Advantages:
Product quality and customization based on customer needs
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Type | This product is a final B2B customer product. |