Active Minerals International is a trusted source of high-quality gellant attapulgite and air-float kaolin clay mineral products and is guided by the foremost authorities in attapulgite technology. We operate multiple manufacturing sites and warehouses, maintain decades of reserves and recently expanded our capacity for products serving the coatings industry.
Application Benefits:
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Excellent flow and leveling
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Spreadability
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Feathering
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Sag resistance
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Promotes syneresis control, film build, pigment suspension, spatter resistance, tint strength and hiding.
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Provides very fast thixotropic recovery without fading or hysteresis, even under repeated or prolonged shear.
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Resolves problems with pigment flooding and floating.
Min-U-Gel® 500+ High Performance Attapulgite Rheology Modifier:
Active Minerals International, a global leader in industrial minerals, is proud to feature Min-U-Gel® 500+, an attapulgite product designed for superior thixotropic performance in both water and solvent based formulations for paints, coatings, adhesives, and sealants. Min-U-Gel 500+, the latest addition to Active Minerals International’s product portfolio, is designed to exceed the expectations of our valued customers. While retaining the versatility and application range of Min-U-Gel 400, Min-U-Gel 500+ takes performance to a higher level. For a technical presentation on Min-U-Gel® 500+ attapulgite at the American Coatings Show contact General Manager of Sales Michael Morris 540-514-5152 or m.morris@activeminerals.com.
Min-U-Gel® 400 Attapulgite Thixotropic Thickener:
Min-U-Gel® 400 attapulgite thixotropic thickener is an excellent value for low-shear rheology control (flow & leveling, sag control, spatter resistance and more) in a wide range of liquid systems. It is most valued as a reliable stabilizer that is derived by its unique colloidal lathe-shaped particles forming a very stable lattice structure that keeps liquids and particles more evenly dispersed and suspended. The uniformity it creates generates unique multi-functional performance benefits well beyond rheological properties, such as syneresis control, suspension, improved tint strength and hiding, reduced pigment flooding and in-can stability.