Rutile titanium dioxide grades chosen for strong hiding power, stable dispersion, brightness, and reliable processing performance in polyolefin-based systems.
Jinhai 6658 is a rutile titanium dioxide grade known for its strong hiding power, excellent whiteness, and stable dispersion in polyolefin-based systems. It is designed to deliver consistent brightness and good opacity even at lower loading levels, making it a cost-effective choice for high-volume plastic applications. This grade performs well under standard extrusion and molding conditions, maintaining color stability and uniform distribution without specking or agglomeration. It is widely used in PE and PP applications such as blown films, shopping bags, woven sacks, and general injection molded products where good whiteness and coverage are required.
Boom-R97 is a high-quality rutile titanium dioxide pigment engineered for superior whiteness, high tinting strength, and excellent UV resistance. It provides a clean, bright white appearance with strong opacity, making it suitable for applications that require both aesthetic quality and durability. The grade offers good thermal stability during processing, ensuring consistent performance in continuous production environments. It is commonly used in PE, PP, and PS systems for packaging films, carry bags, household items, and rigid plastic products where long-term color stability and brightness are important.
Annada 312 is a premium titanium dioxide grade designed with excellent surface treatment that enhances dispersion and processing efficiency in polymer systems. It provides high whiteness, balanced opacity, and smooth incorporation into masterbatch formulations, resulting in uniform color development and stable output. This grade is particularly valued for its consistency under high processing temperatures and shear conditions, helping maintain product quality across production batches. It is widely used in PE and PP-based films, fibers, and packaging materials where smooth surface finish, brightness, and reliable performance are required.
