India's Leading Titanium Dioxide Supplier

Elevating Titanium Dioxide: Our Purity & Performance Promise

Unmatched Purity, Guaranteed Performance from Your Trusted Titanium Dioxide Importer and Titanium Dioxide Manufacturer We guarantee our Titanium Dioxide boasts exceptional purity, ranging from 99.0% to 100.5% TiO$_2$ on a dried basis. This ensures consistent, high-quality results for your applications. As leading titanium dioxide suppliers in India titanium dioxide traders in India, we uphold the highest standards.

Attenuation Grade: Advanced UV Protection with Rutile Titanium Dioxide Pigment and TiO2 Rutile Powder

When it comes to UV attenuation, our specialized grade of rutile titanium dioxide, including ti pure rutile titanium dioxide and titanium iv oxide rutile, delivers. With 99.0% to 100.5% TiO$_2$ on an ignited basis, it's engineered for superior light blocking.

Transparent Labeling: If UV attenuation is your goal and additives are used, we clearly label the name and amount of each to ensure full transparency.

Rigorous Quality Assurance from Your Reliable Titanium Dioxide Wholesaler

Every batch of our Titanium Dioxide undergoes stringent testing to meet the highest standards. As a prominent titanium dioxide trader in India, we ensure:

Loss on Drying: Minimal moisture content, losing no more than 0.5% of its weight when dried at 105°C for 3 hours.

Standard Grade: Ignited at 800°C ± 25°C, it loses no more than 0.5% of its weight, proving its inherent stability.

Attenuation Grade: For our specialized UV-attenuation material, a 4g sample ignited at 800°C ± 25°C loses no more than 13% of its weight, accounting for beneficial coatings and treatments.

A Non-Negotiable Limit for Unquestionable Safety

Analytical Precision for Ultra-Trace Detection: Detecting Arsenic at such low levels demands highly sensitive and specialized analytical techniques. We primarily utilize Hydride Generation Atomic Absorption Spectrometry (HGAAS) or Inductively Coupled Plasma-Mass Spectrometry (ICP-MS).

HGAAS: This method involves converting arsenic compounds into a volatile hydride gas, which is then swept into an atomization cell for absorption measurement. It offers excellent sensitivity for arsenic detection.

ICP-MS This powerful technique can detect elements, including arsenic, down to parts per trillion levels, offering superior sensitivity and multi-elemental analysis capabilities.

Attenuation Grade: For our specialized UV-attenuation material, a 4g sample ignited at 800°C ± 25°C loses no more than 13% of its weight, accounting for beneficial coatings and treatments.