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The UCD® SF colorants have been designed for broad use in reactive industrial coatings. These products use a highly durable resin with closely controlled color strength and viscosity to permit reproducible color matches by volumetric machine dispensers or weight measurement in the plant.

Introducing the SMM-4 Chrome Oxide Green pigment by Vibrantz Technologies, a high-quality inorganic pigment designed for diverse commercial and industrial applications. This vivid green pigment is made primarily of chromium oxide (Cr2O3), providing exceptional durability and color stability. It is ideal for use in various sectors, including paints and coatings, plastics, ceramics, glass, textiles, and paper, ensuring that your products maintain their vibrant appearance over time. One of the key features of the FERRO SMM-4 CHROME OXIDE GREEN pigment is its excellent lightfastness and weatherability. This ensures that products incorporating this pigment resist fading and degradation, even when exposed to sunlight and other harsh environmental conditions. Moreover, its high tinting strength means you can achieve an intense green color with minimal use, making it a cost-effective option for your production needs. Another significant advantage is its heat resistance. The pigment maintains its stability at high temperatures, making it the perfect choice for high-heat applications, particularly in the ceramics and glass industries. Safety is also a priority as FERRO SMM-4 CHROME OXIDE GREEN is non-toxic and safe for use across various applications. Available in different grades and micron sizes, this pigment caters to specific requirements, ensuring that you have the right match for your product demands. As a product of Vibrantz Technologies, a leader in the manufacture of inorganic pigments, you can be confident in its consistent quality and performance. Trust the FERRO SMM-4 CHROME OXIDE GREEN to bring a long-lasting, intense green hue to your products without compromising on safety and durability.

AGFLAKE 4035 Functional conductive pigments are based on our thin borosilicate glass flakes which have an average thickness of 2 microns and are coated with high loadings of silver for improved conductivity and shielding properties.

MINEX® ST OV100 (particle size 4) is a hydrophobic, surface-treated nepheline syenite (NS) designed for enhanced performance in coatings and adhesives. This grade is easily dispersed in a wide range of reactive solvent-borne and 100% solids resin systems. It is particularly effective in polyurea resin and coating systems where variable surface moisture can lead to film defects. MINEX ST OV100 is engineered to deliver superior performance in polyurethane, polyaspartic, polyester, and silicone resin systems. Ideal end-use applications include: Industrial maintenance, General industrial, Industrial floor, Powder coatings, Wood coatings, Specialty architectural, Aerospace, Automotive.

 

MINEX® ST is available in three particle sizes—4, 7, and 10—and two functional treatments: A100 and OV100. It offers similar optics, handling, gloss, and color acceptance as the equivalent MINEX grades, while delivering improved dispersion and higher loading capacity in select systems—enabling cost savings and reduced VOC content.

 

MINEX® ST micronized functional fillers and extenders are proven performance enhancers across a broad range of paints, coatings, adhesives, sealants, and inks. Select surface treatments were developed to further enhance chemical and stain resistance, washability, adhesion, weatherability, optical clarity, color retention in tinted systems, abrasion resistance, and tensile strength—by compatibilizing the mineral surface with the host binder systems and reactive chemistries.

 

MINEX and MINEX ST functional fillers are produced from nepheline syenite—a naturally occurring, silica-deficient, sodium-potassium alumina silicate. Automated scanning electron microscopy confirms they contain less than 0.1% crystalline silica, with no detectable free crystalline silica in the mineral complex. All MINEX ST grades are processed and sized in strict adherence to Covia’s QIPSM quality assurance programs, ensuring consistently uniform chemistries, tight particle size distributions, and controlled top sizes for reliable performance.