Hatorite S482: Herbal Drug Excipients for Multicolor Paint Protection
● Description
Hatorite S482 is a modified synthetic magnesium aluminum silicate with pronounced platelet structure. When dispersed in water, Hatorite S482 forms a transparent, pourable liquid up to a concentration of 25% solids. In resin formulations, however, significant thixotropy and a high yield value can be incorporated.
● General Information
Due to its good dispersability, HATORTITE S482 can be used as a powder additive in high gloss and transparent waterborne products. The preparation of pumpable 20-25% pregels of Hatorite® S482 is also possible. It must be observed, however, that during the production of a (for example) 20% pregel, the viscosity can be high at first and therefore the material should be added slowly to the water. A 20% gel, however, shows good flow properties after 1 hour. By using HATORTITE S482, stable systems can be produced. Due to the Thixotropic characteristics
of this product, the application properties are significantly improved. HATORTITE S482 prevents settling of heavy pigments or fillers. As a Thixotropic agent, HATORTITE S482 reduces sagging and allows the application of thick coatings. HATORTITE S482 can be used to thicken and stabilize emulsion paints. Depending on the requirements, between 0.5% and 4% of HATORTITE S482 should be used (based on total formulation). As a Thixotropic anti-settling agent, HATORTITE S482 can also be used in: adhesives, emulsion paints, sealants, ceramics, grinding pastes, and water reducible systems.
● Recommended Use
Hatorite S482 may be utilised as a pre-dispersed liquid concentrate and added to formulations at anv point during manufacture. It is used to impart a shear sensitive structure to a wide range of water borne formulations including industrial surface coatings, household cleaners, agrochemical products and ceramic. HatoriteS482 dispersions may be coated onto paper or other surfaces to give smooth,coherent,and electrically conductive films.
Aqueous dispersions of this grade will remain as stable liquids for very long periods of time.Recommended for use in highly filled surface coatings that have low levels of free water.Also for use in non-rheology applications,such as electrically conductive and barrier films.
● Applications:
* Water based Multicolored Paint
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● Wood Coating
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● Putties
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● Ceramic frits / glazes / slips
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● Silicon resin based external paints
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● Emulsion Water Based Paint
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● Industrial Coating
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● Adhesives
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● Grinding pastes and abrasives
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● Artist paints finger paints
We provide free samples for your lab evaluation before you place an order.
At the core of Hatorite S482's impressive performance lies its unique composition. Derived through advanced synthetic processes, this compound integrates the remarkable properties of lithium, magnesium, and sodium silicate, all harmoniously blended to fortify paint against the harsh realities of environmental exposure, mechanical wear, and chemical degradation. The platelet structure of Hatorite S482 acts as a microscopic shield, embedding itself within the paint matrix to create a barrier that is both resilient and flexible. This innovative approach not only preserves the vibrancy and integrity of multicolor paint applications but also significantly extends their lifespan, offering an economic advantage to manufacturers and end-users alike. Emphasizing the significance of herbal drug excipients in modern-day manufacturing, Hatorite S482 stands out as a testament to Hemings' commitment to sustainability and innovation. The use of herbal drug excipients in paint formulations not only ensures a lower environmental footprint but also enhances the safety profile of the end products, making them more suitable for a variety of applications, from industrial machinery to household decor. As the demand for eco-friendly and durable paint solutions continues to rise, Hatorite S482 is poised to meet this challenge head-on, delivering performance and environmental stewardship in equal measure. This product is not just a leap forward in paint protection technology; it is a blueprint for the future, where functionality and ecological responsibility go hand in hand.