![]() ![]() Excellent mechanical, thermal, and rheological performance stability and low amounts of metallic impurities (like iron) are also required. Like other high-performance engineering polymers, polyamide resins demand pigments with a bluish white undertone and a hydrophobic surface. Suitable for mass-tone and tint-tone white applications, it provides bright color and good stability in thermal, mechanical, and rheological properties and offers excellent processibility. PPSīecause the natural color of polyphenylene sulfide (PPS) is brown, the bluish undertone of Ti-Pure™ R-103 supports bright white color development in PPS applications. Back-illuminated advertising and signboards depend on translucent formulations. Appliances, communication, industrial, and construction applications use opaque whites. Titanium dioxide is used to pigment the acrylic polymethylacrylate (PMA) and polymethylmethacrylate (PMMA) for both opaque and semi-opaque applications. Key requirements of TiO2 used in these resin systems are optical properties, resistance to light discoloration, and reliable mechanical performance. PET and PET-PBT blends are used for a wide variety of extruded and injection-molded articles. Because higher tinting strength TiO2 can be used at lower loadings, the mechanical property degradation of the polymer is minimized and the TiO2 pigment economy is improved, resulting in raw material cost savings. Higher tinting strength and bluish-white undertone color help to produce brighter and whiter appearance and can also positively impact the mechanical properties. ABS and ABS Blend PolymersĪmong TiO2 pigment’s key performance attributes, optical properties, thermal and UV stability, and mechanical property retention are considered to be most critical. Recommended Ti-Pure™ grades excel in a variety of performance requirements, and can enable color toner cost savings in some cases. For exterior colored products, strong colors that resists fade are desirable. Other exterior applications require excellent gloss retention and non-chalking performance. Exterior applications such as building siding and window profiles may require controlled chalking, primarily in tin stabilized systems. Selecting the optimal grade of Ti-Pure™ titanium dioxide for rigid vinyl applications depends on the intended use of the product and the type of heat stabilizers used in the PVC compound to protect the resin. ![]() For thin-film and extrusion coating applications, dispersion performance and resistance to lacing and discoloration at elevated processing temperatures are of major concern. In this regard, ease of dispersion, resistance to yellowing, and optical properties are important performance properties. With few exceptions, most polyolefin applications involve preparing a TiO2 concentrate by batch or continuous compounding before reducing the concentrate into the finished product. Grade Selection Guide for Plastics Polyolefins (Polyethylene and Polypropylene) Please visit recommended product pages or contact your Ti-Pure™ representative for additional information. Overview of Common Resin Systems for Plastic Applications Ti-Pure™ TiO2 adds a range of performance benefits to various types of plastic systems, including opacity, UV damage resistance, color retention, gloss, brightness, mechanical strength, and more. As the plastics industry evolves, Ti-Pure™ TiO₂ continues to enable thinner films, brighter colors, and enhanced reflectivity to meet market needs.Ī pioneer of chloride-process titanium dioxide (TiO₂) technology, Chemours is a market-leading supplier with global capacity and reach. Since the 1950s, the plastics industry has benefited from high-quality TiO₂ products and services that resolve color, opacity, and weatherability issues. Innovating Titanium Dioxide Solutions for High Performing, Visually Appealing Plastics TS-6300 Environmental Footprint Calculator.What Your Durability Tests Aren't Telling You.TiO₂: Critical for Producing Super Durable Coatings in Today’s High-Pressure Market.Thinking outside the can: Taking a holistic approach to measuring a coatings’ total carbon footprint.Ti-Pure™ Titanium Dioxide for Decorative Paints.The Influence of Paint Quality on the Environmental Footprint of Architectural Coatings.How TiO₂ Innovation Can Advance the Coatings Industry.Customer-Centered Innovation: Driving Plastics Processing Performance.Four Things You Need to Know About Ore & TiO₂.Debunking Conventional Wisdom: How High-Quality TiO₂ Actually Reduces Overall Paint Costs.5 Things You Need To Know About The European Unions Latest TiO₂ Regulatory Updates.4 Questions to Ask Your TiO₂ Provider To Mitigate Supply Chain Uncertainty.Packaging Selection Boosts Product Value.Interior/Exterior Architectural Coatings.Brighter, Whiter Appliances and Electronics.Weatherability, Optics, and Processability. ![]()
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