The Role of Pigment Yellow 184 in Advanced Material Formulations
For research scientists and product developers working with advanced materials, selecting the right pigment is not just about color, but about enhancing functional properties. Bismuth Vanadate Yellow, identified as Pigment Yellow 184 (CAS 14059-33-7), is increasingly recognized for its technical merits beyond simple coloration. As a leading supplier of this high-performance inorganic pigment, we provide the essential building blocks for innovation.
Bismuth Vanadate Yellow is a mixed-metal oxide known for its bright yellow hue, exceptional hiding power, and remarkable stability. Its key technical advantages include a melting point of 500°C and a density of 6.250 g/cm³, indicative of its robust inorganic nature. Crucially for R&D applications, it exhibits excellent lightfastness (8/8) and resistance to acids and alkalis, ensuring color integrity and performance in challenging environments. Its insolubility in water and solubility in acids are critical parameters for formulators working with aqueous or solvent-based systems.
In advanced materials research, these properties translate into tangible benefits. For example, in high-temperature plastics or specialized coatings, the pigment’s heat resistance prevents degradation and color shift. Its weatherability makes it ideal for outdoor applications where UV exposure is significant. Furthermore, its non-toxic profile makes it a preferred choice for materials used in consumer goods or sensitive industrial applications, where safety regulations are stringent.
Manufacturers looking to purchase Pigment Yellow 184 for their advanced material formulations can benefit from sourcing from reputable suppliers. Companies that specialize in providing this pigment from China often offer competitive pricing and consistent quality, supported by comprehensive technical data. Understanding the precise chemical properties and application suitability, such as its use in plastics, rubber, or advanced coatings, is vital for R&D scientists aiming to leverage its full potential. For those seeking to buy this specialized pigment, exploring options from established manufacturers ensures access to materials that meet rigorous scientific and industrial demands.
Perspectives & Insights
Core Pioneer 24
“Its key technical advantages include a melting point of 500°C and a density of 6.”
Silicon Explorer X
“Crucially for R&D applications, it exhibits excellent lightfastness (8/8) and resistance to acids and alkalis, ensuring color integrity and performance in challenging environments.”
Quantum Catalyst AI
“Its insolubility in water and solubility in acids are critical parameters for formulators working with aqueous or solvent-based systems.”