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JTR-768
Jintai
As a premium industrial-grade titanium dioxide rutile specifically engineered for composite lining ink applications, this product stands out in the printing industry for its exceptional performance and reliability. Manufactured through advanced sulfate process technology, it boasts a TiO₂ content of over 93% and a precisely controlled average particle size of 0.25μm, ensuring optimal dispersion and hiding power in high-demand ink formulations. Compliance with international standards such as ISO 18473-4:2022 underscores its quality commitment, making it a trusted choice for manufacturers requiring consistent results in composite packaging printing. Its unique surface treatment with aluminum and silicone compounds enhances compatibility with vinyl resin and polyurethane binders commonly used in gravure composite inks, addressing the critical need for high-temperature stability in food and pharmaceutical packaging applications.
Designed to withstand the rigorous demands of composite lining processes, this titanium dioxide rutile maintains structural integrity even at temperatures up to 120°C during thermal lamination. This property is particularly valuable for ink formulations used in boilable food packaging, where conventional pigments often degrade or cause adhesion failure. The pigment’s resistance to thermal oxidation ensures that printed films retain their opacity and color vibrancy after exposure to high-temperature cooking processes.
With a whiteness value exceeding 97%, this industrial-grade rutile titanium dioxide delivers unparalleled brightness in composite inks, effectively masking substrate discoloration and ensuring sharp, vivid prints. Its high refractive index, combined with a narrow particle size distribution (0.23-0.27μm), maximizes light scattering efficiency, providing superior hiding power at lower pigment loading levels compared to standard alternatives. This not only reduces formulation costs but also improves ink flow properties during printing.
This titanium dioxide rutile is ideally suited for gravure composite inks used in flexible packaging for snacks, dairy products, and medical supplies. Its compliance with FDA regulations (21 CFR 73.1575) for indirect food contact ensures safety in sensitive applications, while its low solvent residue properties meet strict environmental standards. The pigment’s excellent dispersibility in ester-based solvents allows for smooth printing on PET, BOPP, and nylon films, producing prints with high adhesion fastness and composite strength.
Beyond packaging, this industrial-grade titanium dioxide finds applications in specialized composite linings for chemical storage containers and industrial ducts. Its ability to maintain stability under harsh conditions ensures that printed linings resist chalking, cracking, and discoloration, even in environments exposed to corrosive fumes or extreme temperature fluctuations. The pigment’s compatibility with heat-activated adhesives enhances the durability of multi-layer composite structures, providing long-lasting protection and aesthetics.
Thanks to its optimized particle size and surface treatment, this rutile titanium dioxide enables consistent performance in high-speed gravure printing presses operating at up to 300 meters per minute. Its low oil absorption (19g/100g) minimizes viscosity fluctuations during production, ensuring uniform ink transfer and precise dot reproduction. Printers benefit from reduced downtime and improved production efficiency, particularly when handling large-volume orders for calendar printing and flexible packaging.
This product meets stringent FDA and EU regulations for food contact materials, including low heavy metal content (lead ≤10ppm, mercury ≤1ppm) and compliance with E171 standards. Its high-temperature stability prevents harmful leaching during food processing, while the aluminum-silicone coating inhibits chemical interactions with food ingredients.
The pigment’s narrow particle size distribution (0.25μm average) and modified surface ensure rapid dispersion in ink formulations, maintaining consistent viscosity even at high production speeds. This results in excellent ink transfer, sharp image definition, and reduced waste from printing defects. Its low residue on sieve (<0.02%) prevents nozzle clogging in modern printing equipment.
While primarily optimized for solvent-based gravure inks using ester solvents, this titanium dioxide rutile can be adapted for water-based systems with appropriate dispersing agents. Its surface treatment provides sufficient hydrophilic properties to prevent agglomeration in aqueous formulations, though adjustment of pH (within 6.0-8.0) may be required for optimal stability.
To maintain its performance characteristics, store the titanium dioxide in a cool, dry environment with relative humidity below 60%. The product should be kept in sealed containers to prevent moisture absorption, which can affect dispersibility. When stored properly, it retains its quality for 24 months from the production date, ensuring long shelf life for inventory management.
Project | index |
Tio2 content,% ≥ | 92.0 |
Rutile content ≥ | 98.0 |
L index ≥ | 95.5 |
Tinting strength(Reynolds number) ≥ | 1850 |
Water soluble，% ≤ | 0.5 |
PH of aqueous suspension | 6.0~9.0 |
Oil absorption,g/100g ≤ | 18 |
45um sieve residue,% ≤ | 0.03 |
Matter volatile at 105℃ % ≤ | 0.3 |
Resistivity of aqueous extract, Ω.m ≥ | 100 |
Choose our Rutile Titanium Dioxide for its exceptional features and unmatched versatility. Experience the difference it can make in your printing ink, composite lining ink, and high gloss surface printing ink applications. Trust in our professional-grade product to elevate the quality of your outputs and impress your customers with stunning visuals.
As a premium industrial-grade titanium dioxide rutile specifically engineered for composite lining ink applications, this product stands out in the printing industry for its exceptional performance and reliability. Manufactured through advanced sulfate process technology, it boasts a TiO₂ content of over 93% and a precisely controlled average particle size of 0.25μm, ensuring optimal dispersion and hiding power in high-demand ink formulations. Compliance with international standards such as ISO 18473-4:2022 underscores its quality commitment, making it a trusted choice for manufacturers requiring consistent results in composite packaging printing. Its unique surface treatment with aluminum and silicone compounds enhances compatibility with vinyl resin and polyurethane binders commonly used in gravure composite inks, addressing the critical need for high-temperature stability in food and pharmaceutical packaging applications.
Designed to withstand the rigorous demands of composite lining processes, this titanium dioxide rutile maintains structural integrity even at temperatures up to 120°C during thermal lamination. This property is particularly valuable for ink formulations used in boilable food packaging, where conventional pigments often degrade or cause adhesion failure. The pigment’s resistance to thermal oxidation ensures that printed films retain their opacity and color vibrancy after exposure to high-temperature cooking processes.
With a whiteness value exceeding 97%, this industrial-grade rutile titanium dioxide delivers unparalleled brightness in composite inks, effectively masking substrate discoloration and ensuring sharp, vivid prints. Its high refractive index, combined with a narrow particle size distribution (0.23-0.27μm), maximizes light scattering efficiency, providing superior hiding power at lower pigment loading levels compared to standard alternatives. This not only reduces formulation costs but also improves ink flow properties during printing.
This titanium dioxide rutile is ideally suited for gravure composite inks used in flexible packaging for snacks, dairy products, and medical supplies. Its compliance with FDA regulations (21 CFR 73.1575) for indirect food contact ensures safety in sensitive applications, while its low solvent residue properties meet strict environmental standards. The pigment’s excellent dispersibility in ester-based solvents allows for smooth printing on PET, BOPP, and nylon films, producing prints with high adhesion fastness and composite strength.
Beyond packaging, this industrial-grade titanium dioxide finds applications in specialized composite linings for chemical storage containers and industrial ducts. Its ability to maintain stability under harsh conditions ensures that printed linings resist chalking, cracking, and discoloration, even in environments exposed to corrosive fumes or extreme temperature fluctuations. The pigment’s compatibility with heat-activated adhesives enhances the durability of multi-layer composite structures, providing long-lasting protection and aesthetics.
Thanks to its optimized particle size and surface treatment, this rutile titanium dioxide enables consistent performance in high-speed gravure printing presses operating at up to 300 meters per minute. Its low oil absorption (19g/100g) minimizes viscosity fluctuations during production, ensuring uniform ink transfer and precise dot reproduction. Printers benefit from reduced downtime and improved production efficiency, particularly when handling large-volume orders for calendar printing and flexible packaging.
This product meets stringent FDA and EU regulations for food contact materials, including low heavy metal content (lead ≤10ppm, mercury ≤1ppm) and compliance with E171 standards. Its high-temperature stability prevents harmful leaching during food processing, while the aluminum-silicone coating inhibits chemical interactions with food ingredients.
The pigment’s narrow particle size distribution (0.25μm average) and modified surface ensure rapid dispersion in ink formulations, maintaining consistent viscosity even at high production speeds. This results in excellent ink transfer, sharp image definition, and reduced waste from printing defects. Its low residue on sieve (<0.02%) prevents nozzle clogging in modern printing equipment.
While primarily optimized for solvent-based gravure inks using ester solvents, this titanium dioxide rutile can be adapted for water-based systems with appropriate dispersing agents. Its surface treatment provides sufficient hydrophilic properties to prevent agglomeration in aqueous formulations, though adjustment of pH (within 6.0-8.0) may be required for optimal stability.
To maintain its performance characteristics, store the titanium dioxide in a cool, dry environment with relative humidity below 60%. The product should be kept in sealed containers to prevent moisture absorption, which can affect dispersibility. When stored properly, it retains its quality for 24 months from the production date, ensuring long shelf life for inventory management.
Project | index |
Tio2 content,% ≥ | 92.0 |
Rutile content ≥ | 98.0 |
L index ≥ | 95.5 |
Tinting strength(Reynolds number) ≥ | 1850 |
Water soluble，% ≤ | 0.5 |
PH of aqueous suspension | 6.0~9.0 |
Oil absorption,g/100g ≤ | 18 |
45um sieve residue,% ≤ | 0.03 |
Matter volatile at 105℃ % ≤ | 0.3 |
Resistivity of aqueous extract, Ω.m ≥ | 100 |
Choose our Rutile Titanium Dioxide for its exceptional features and unmatched versatility. Experience the difference it can make in your printing ink, composite lining ink, and high gloss surface printing ink applications. Trust in our professional-grade product to elevate the quality of your outputs and impress your customers with stunning visuals.
