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JTA-179
JINTAI
As a high-purity anatase titanium dioxide with exceptional market demand, JTA 179 has established itself as a hot-selling product in the global pigment market. Boasting an impressive TiO₂ content of 98.5% — one of the highest in its class — this fine white powder is produced using a refined sulfate process that ensures ultra-low impurity levels. With a precisely controlled average particle size of 0.25μm, it delivers superior optical properties while maintaining excellent dispersibility across various applications. Compliance with international quality standards ensures consistent performance, making it a preferred choice for manufacturers in cosmetics, paper, and specialty coatings where purity and performance are paramount. Its versatility and reliable quality have driven its popularity in both domestic and export markets.
At 98.5% TiO₂ content, JTA 179 exceeds standard anatase grades, with impurity levels (iron oxide ≤0.02%, silica ≤0.1%) significantly lower than industry averages. This high purity translates to exceptional whiteness (97.5%) and brightness, making it suitable for applications where color consistency and purity are critical. The reduced heavy metal content also enhances its compatibility with sensitive applications including cosmetic formulations and food-contact paper.
With a narrow particle size range of 0.23-0.27μm and high specific surface area (12-15 m²/g), this titanium dioxide provides enhanced light scattering efficiency and hiding power. The fine particles ensure smooth texture in cosmetic applications and uniform coverage in paper coating, while maintaining good flow properties during processing. This balance of fineness and dispersibility eliminates the need for excessive grinding in most formulations.
JTA 179 exhibits exceptional chemical stability across a wide pH range (3-10), resisting degradation in both acidic and alkaline environments. This property makes it suitable for use in various chemical formulations, including specialty coatings and industrial adhesives, where other pigments might react with formulation components. Its inert nature also ensures long shelf life in both raw material and formulated product forms.
The high purity and fine particle size of JTA 179 make it ideal for use in cosmetic products such as face powders, foundations, and sunscreen lotions. It provides excellent whitening and opacity without compromising skin feel, while its low heavy metal content meets strict cosmetic regulations (EU 1223/2009). In sunscreens, it offers mild UV scattering properties that complement organic UV filters.
In premium paper applications including art paper, photographic paper, and food-contact packaging, this titanium dioxide delivers superior brightness and printability. Its fine particles create smooth, high-gloss surfaces that enhance ink adhesion and color reproduction, making it a favorite among luxury packaging manufacturers and high-end printing paper producers.
JTA 179 finds application in specialty coatings requiring high purity and whiteness, such as those used in medical devices, electronics casings, and precision instruments. Its chemical inertness ensures compatibility with specialty resins including epoxy and silicone-based systems, providing durable finishes that resist yellowing and maintain their optical properties over time.
The key differentiator is its 98.5% TiO₂ content, significantly higher than standard anatase grades (typically 94-97%). This ultra-high purity results in superior whiteness, lower heavy metal content, and better chemical stability, making it suitable for applications where standard grades fall short in performance or regulatory compliance.
Yes, its high purity and low heavy metal content (lead ≤2ppm, arsenic ≤0.5ppm) make it compliant with FDA regulations for indirect food contact materials (21 CFR 178.3297). It is commonly used in food packaging papers and board where safety and purity are critical requirements.
While zinc oxide offers superior UV protection, JTA 179 provides better transparency in thin layers and superior whitening properties. It creates a smoother texture in powder cosmetics and can be used in lower concentrations to achieve desired opacity, making it preferable for foundation and powder formulations where texture is important.
As a high-purity anatase titanium dioxide with exceptional market demand, JTA 179 has established itself as a hot-selling product in the global pigment market. Boasting an impressive TiO₂ content of 98.5% — one of the highest in its class — this fine white powder is produced using a refined sulfate process that ensures ultra-low impurity levels. With a precisely controlled average particle size of 0.25μm, it delivers superior optical properties while maintaining excellent dispersibility across various applications. Compliance with international quality standards ensures consistent performance, making it a preferred choice for manufacturers in cosmetics, paper, and specialty coatings where purity and performance are paramount. Its versatility and reliable quality have driven its popularity in both domestic and export markets.
At 98.5% TiO₂ content, JTA 179 exceeds standard anatase grades, with impurity levels (iron oxide ≤0.02%, silica ≤0.1%) significantly lower than industry averages. This high purity translates to exceptional whiteness (97.5%) and brightness, making it suitable for applications where color consistency and purity are critical. The reduced heavy metal content also enhances its compatibility with sensitive applications including cosmetic formulations and food-contact paper.
With a narrow particle size range of 0.23-0.27μm and high specific surface area (12-15 m²/g), this titanium dioxide provides enhanced light scattering efficiency and hiding power. The fine particles ensure smooth texture in cosmetic applications and uniform coverage in paper coating, while maintaining good flow properties during processing. This balance of fineness and dispersibility eliminates the need for excessive grinding in most formulations.
JTA 179 exhibits exceptional chemical stability across a wide pH range (3-10), resisting degradation in both acidic and alkaline environments. This property makes it suitable for use in various chemical formulations, including specialty coatings and industrial adhesives, where other pigments might react with formulation components. Its inert nature also ensures long shelf life in both raw material and formulated product forms.
The high purity and fine particle size of JTA 179 make it ideal for use in cosmetic products such as face powders, foundations, and sunscreen lotions. It provides excellent whitening and opacity without compromising skin feel, while its low heavy metal content meets strict cosmetic regulations (EU 1223/2009). In sunscreens, it offers mild UV scattering properties that complement organic UV filters.
In premium paper applications including art paper, photographic paper, and food-contact packaging, this titanium dioxide delivers superior brightness and printability. Its fine particles create smooth, high-gloss surfaces that enhance ink adhesion and color reproduction, making it a favorite among luxury packaging manufacturers and high-end printing paper producers.
JTA 179 finds application in specialty coatings requiring high purity and whiteness, such as those used in medical devices, electronics casings, and precision instruments. Its chemical inertness ensures compatibility with specialty resins including epoxy and silicone-based systems, providing durable finishes that resist yellowing and maintain their optical properties over time.
The key differentiator is its 98.5% TiO₂ content, significantly higher than standard anatase grades (typically 94-97%). This ultra-high purity results in superior whiteness, lower heavy metal content, and better chemical stability, making it suitable for applications where standard grades fall short in performance or regulatory compliance.
Yes, its high purity and low heavy metal content (lead ≤2ppm, arsenic ≤0.5ppm) make it compliant with FDA regulations for indirect food contact materials (21 CFR 178.3297). It is commonly used in food packaging papers and board where safety and purity are critical requirements.
While zinc oxide offers superior UV protection, JTA 179 provides better transparency in thin layers and superior whitening properties. It creates a smoother texture in powder cosmetics and can be used in lower concentrations to achieve desired opacity, making it preferable for foundation and powder formulations where texture is important.
