1、Product Guide Ink Resins
Lawter is a leading global supplier of resins and resin dispersions for inks and adhesives. Our resin derivatives are also used in applications such as pigments, rubber intermediates, aroma chemicals and road marking.
2、Alkyd Resins
Alkyd resins can receive their fatty acid content and glycerol from either VOs or animals, which are both biodegradable and renewable. Alkyd resins come in a variety of classes depending on the components used in the esterification technique.
3、Alkyd Resins Technology Handbook (2nd Edition)
Alkyd resins are versatile synthetic polymers widely used in paints, coatings, varnishes, and inks due to their excellent adhesive, durability, and drying properties.
4、Printing inks
Groupe Berkem, plant-based chemistry specialist, has developed a range of alkyd resins to be used as binders in printing ink formulations. These technical solutions are specifically tailored to the challenges faced by manufacturers.
SYNTHETIC RESINS TECHNOLOGY WITH FORMULATIONS ALKYD RESINS
Introduction Classification of Alkyd Resins Drying Non-Drying Chemical Reaction Manufacture Fatty Acid Method Fatty Acid oil Method Oil dilution Method Alcoholoysis Method Fusion Versus solvent processing General Processing and Design considerations Choice of Construction Materials Agitation Removal of Unreached Resin Constituents ...
Alkyd Resins in Coatings and Inks: Overview and Benefits
Find the perfect Alkyd Resins! Explore properties, benefits and top products for Coatings and Inks portfolio.
Alkyd & Rosin Resins
Production of typographic inks. Alkyd resin for offset inks (heatset, sheet offset & metal inks). Solvent free fast-drying waterborne alkyd, high bio content, improved UV stability, for wood applications.
Synthesis and characterisation of alkyd resins with glutamic acid
Alkyd resins are versatile polymers which have applications in inks and various coatings like decorative paints. They are mainly composed of fatty acids, polyols and aromatic diacids. In this work, glutamic acid as well as N-acylated and N-alkylated ...
Pu Alkyd
Our in-house R&D team can help co-develop customized resin solutions that meet your unique requirements, from viscosity and drying time to adhesion and chemical resistance. Every batch undergoes rigorous testing in our QC labs to ensure consistency in purity, viscosity, drying time, and performance.
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DIC Corporation products are provided subject to its standard terms and conditions. This data sheet supersedes all previous publications for the products described herein.
In modern printing industries, the quality of inks directly impacts the durability and appearance of printed materials. A critical component of inks—alkyd resins—plays a pivotal role in ensuring optimal performance. With their unique properties and widespread applications, alkyd resins have become indispensable in ink manufacturing and quality control. This article explores standard solutions of alkyd resins for inks and their significance in the printing industry.
Alkyd resins for inks are essential organic compounds widely used in printing inks, coatings, adhesives, and other fields. Their molecular structure, formed by the reaction of carboxylic acids and alcohols, endows them with exceptional physical and chemical properties, enabling versatile applications.
The primary functions of alkyd resins in inks include regulating viscosity, fluidity, and drying speed—key parameters that determine ink performance under various printing conditions. For instance, optimal viscosity ensures stability during printing, while rapid drying shortens production cycles and enhances efficiency.
Standard solutions serve as benchmarks for evaluating ink quality. These solutions typically consist of alkyd resins mixed with auxiliary components in precise ratios. By strictly controlling ingredient proportions, formulations meeting specific performance criteria can be achieved. The preparation process demands meticulous management of reaction conditions, such as temperature, pH, and reaction time, to ensure the resin content and properties align with design requirements.
In practice, producing alkyd resin standard solutions involves meticulous steps. First, the type and formulation of the resin are selected based on the printed product’s requirements. Ingredients are then weighed and blended according to established ratios. Critical parameters like concentration and viscosity are monitored and adjusted to meet performance standards.
Beyond inks, alkyd resin standard solutions find applications in coatings and adhesives. In coatings, they improve adhesion, wear resistance, and corrosion protection. In adhesives, they serve as foundational materials, providing robust physical and chemical bonding properties.
Advancements in technology have driven ongoing research into alkyd resin standard solutions. Innovations in synthesis methods and formulation optimizations have enhanced resin performance. Concurrently, efforts to address environmental sustainability focus on eco-friendly production processes, reducing energy consumption and pollution.
The role of alkyd resin standard solutions in the printing industry remains irreplaceable. As fundamental materials for ink manufacturing and quality assurance, continuous research and innovation will further improve their performance, broaden their applications, and drive industry progress.
The study and application of alkyd resin standard solutions are evolving fields. With advancements in materials and technology, their performance will continue to improve, offering new possibilities and opportunities for the printing industry. Looking ahead, these solutions are poised to make even greater contributions to the sector’s development.
