Medium-range viscosity ensuring balanced flow, stability, and handling properties. 7.5 – 9.0
For structural steel, agricultural machinery, and storage tanks, Visicryl 7290 offers adhesion to galvanized surfaces and aluminum without the need for a separate etch primer. The exclusive TDS reveals optimized zinc-rich formulations that reduce flash rust.
Visicryl 7290 acts as a reliable dual-purpose binder. In exterior applications, the acrylic components protect against ultraviolet (UV) degradation and chalking. Concurrently, the styrene content introduces water resistance and early rain resistance, shielding mineral substrates from moisture infiltration. 3. High Pigment Volume Concentration (PVC) Binding visicryl 7290 tds exclusive
Alkaline-stabilized system compatible with common paint additives and pigments.
| Application | Recommended Loading (wt% of total coating) | Complementary Additives | |-------------|--------------------------------------------|--------------------------| | High-block interior semigloss | 40–50% | Coalescent (e.g., Texanol: 2–4% on binder) | | Direct-to-metal (DTM) primer | 55–65% | Corrosion inhibitors (zinc phosphate) | | Concrete sealer (low VOC) | 30–40% | Defoamer + wetting agent | | Wood varnish (waterborne) | 60–75% | UV absorber + matting agent | Visicryl 7290 acts as a reliable dual-purpose binder
Based on the TDS and independent evaluations, Visicryl 7290 outperforms conventional non-crosslinking acrylics in four critical areas:
These figures confirm that Visicryl 7290 is not a commodity resin but a . Visicryl 7290 is a next-generation
Visicryl 7290 is a next-generation, solvent-borne thermoplastic acrylic resin. It is specifically engineered for applications requiring rapid physical drying, excellent pigment wetting, and superior outdoor durability. Unlike conventional acrylics, the strikes a unique balance between hardness (block resistance) and flexibility (low-temperature crack resistance).
Here are the typical physical properties you can expect from the Visicryl 7290 TDS:
Determines the minimum curing temperature required for film formation. Abrasion & Scrub Resistance