Mistron HYPERPLATE™ (Formerly Mistron® HAR) by Magris Performance Materials is talc-based filler. It is produced using a proprietary delaminating process, resulting in a highly lamellar talc compared with conventionally micronized grades.<br> <ul style="padding-left: 40px;"><li>It enhances rubber compound barrier properties by restricting liquid and gas diffusion.</li><li> It combines rubber reinforcement with improved processability, providing lower compound viscosity for better flow in extrusion and molding applications.</li><li> It is densified, has excellent flow properties for easy handling and serves as a low environmental impact natural functional filler.</li></ul>
Cimpact® 610 by Magris Performance Materials is high brightness, high purity, very platy, very fine talc-based filler. It is recommended for excellent stiffness, HDT and dimensional stability, as well as improved impact strength and aesthetics in high performance plastics, foamed plastics and plastic films.<br> <ul style="padding-left: 40px;"><li>It is used in plastics applications mainly for reinforcement in polyolefins, especially where consistent color and whiteness are required, including in automotives and appliances.</li><li> Cimpact® 610 could also be used for reinforcement in engineering thermoplastics or other high-performance plastics, for anti-blocking of plastic films requiring low haze and for nucleation of semi-crystalline plastics.</li></ul>
Crys-Talc® 1H by Magris Performance Materials is a high brightness, ultrafine, micro-lamellar talc. It is recommended for nucleation of polymers and for film and thin gauge polymer applications.<br>
<ul style="padding-left: 40px;"><li> It increases the crystallization temperature of semi-crystalline polymers including polyolefins, polyamides, and polyesters. </li>
<li>It also improves stiffness, HDT and dimensional stability.</li><li> It is ideal for film or thin sheet applications that require optimum optical properties, such as high clarity and low haze.</li></ul>
