Acrylic Resins
Product catalogue
Acrylic products, already widely used, are rapidly increasing their fields of application by exploiting the wide choice of acrylic monomers on the market.
Furthermore, these resins, due to their versatility and chemical characteristics, could be a viable BPAni product in the face of new market demands for BPA-free alternatives.
Therefore, this category, constituting an area with good development potential, has been the subject of research for many years now.
You can currently choose from a range of self-crosslinking and non-crosslinking products, solvent- and water-based and with different acidity values.
Acrylic resins provide remarkable strength and hardness characteristics to the systems in which they are incorporated.
Acrylic Resins
| Products | Solid | Viscosity (cPs @ 25°C) | Acid Number | Solvents | Suggested uses |
|---|---|---|---|---|---|
| Acriben 113 LF 50% | 48-52 | 2500-4500 | 10 16 | Butanol Naphtha Solvent SN 100 | Self-crosslinking acrylic resin for epoxy systems, for the can coating sector |
| Acriben 152 | 50-52 | 1800-3600 | 30 35 | Solvent Naphtha Coal Butanol | Self-crosslinking acrylic resin used in combination with epoxy resins to produce polishes or paints. Used for the exterior can coatings. |
| AS 937 | 46-50 | 400-700 | 110 120 | Butylgicle Water | Highly acidic styrene and formaldehyde free acrylic resin, to be cross-linked with hydroxyalkyl amides. Indicated for the exterior can coatings applications. |
| Emulsione Acriben 148 25% W | 24-27 | 200-500 | 70 80 | Butanol Butylglycol Water | Self-crosslinking acrylic resin in emulsion for exterior can coating when combined with melamines. When combined with phenolic resins it is used for interior can applications. |
| Acriben A529 | 42-44 | 500-1800 | 5 15 | Naphtha Solvent SN 100, Butylglycol, water | Hydroxy-functional polyacrylic dispersion, with good wettability of the pigments. When combined with aliphatic polyisocyanates, it is used to formulate two-component top-coats for industrial applications, obtaining high gloss films, with high hardness, flexibility and good resistance to solvents and water. It can be used in combination with melamines or isocyanates for single-component water-based paints for oven applications. |
| Acriben A330 PnB 43% W | 42-44 | 500-2500 | 5-15 | Brensolv PnB, water | Hydroxyfunctional polyacrylic dispersion, with good wettability of the pigments. When combined with aliphatic polyisocyanates, it is used to formulate two-component top-coat paints for industrial applications, obtaining high-gloss films with high hardness, flexibility and good resistance to solvents and water. It can be used in combination with melamines or isocyanates for single-component water-based paints for oven applications. |
| Acriben A556 | 42-44 | 1500-3500 | 5-15 | Brensolv PnB, water | Hydroxyfunctional polyacrylic dispersion, with good wettability of the pigments. When combined with aliphatic polyisocyanates, it is used to formulate two-component top-coat paints for industrial applications, obtaining high-gloss films with high hardness, flexibility and good resistance to solvents and water. |
| Acriben A568 29% W | 27-30 | 500-1500 | 65-75 | DPM, water | Acrylic resin in water used as a compatibilizer for colored pastes. It is suitable for cross-linking with hydroxyalkylamides (Primid). |
| Acriben 571 67% DPM | 65-69 | >10.000 | 65-75 | DPM | Acrylic resin used as a compatibilizer for colored pastes. |
| Acriben EA 35 36% | 35-37 | <50 | 85 95 | Butylglycol Water | Clear acrylic resin water dispersion, with high penetration by anaphoresis, containing melamine. |
| Acriben EA 43 75% BG | 74-76 | 500-1000 | 75 85 | Butylglycol | Acrylic resin solution, indicated for grinding by anaphoresis, containg melamine. |
| Acriben EA 79 67% | 66-68 | 4000-15000 | 60 70 | Butylglycol Solvanol Water | Clear acrylic resin solution for anaphoresis, containing melamine. |
| Acriben EC 26 60% BG | 58-60 | 2000-5000 (50% diluted sample) | / | Butylglycol Xilene | Acrylic resin solution in for E-coating applications (cataphoresis) |