Frequently asked questions

ECOTIO2 is a highly efficient extender pigment known for its exceptional light-scattering properties. It is formulated from a blend of minerals designed to achieve a high refractive index while using about 50% less Titanium Dioxide (TiO2). Despite the reduced TiO2 content, ECOTIO2 delivers comparable light reflection and opacity to standard TiO2.

Even in its wet state, ECOTIO2, when mixed with TiO2 and other specialized minerals, provides a notable level of reflectivity. While its performance in wet applications is significant, the true benefits become more apparent once the pigment dries. As it dries, the unique mineral blend enhances the light scattering and opacity, contributing to a high-quality matte finish.

This makes ECOTIO2 a more sustainable alternative to conventional TiO2, offering similar levels of brightness and opacity while significantly reducing the environmental footprint.

Most extenders don't scatter light effectively because their refractive index is similar to that of the surrounding environment, which limits their ability to increase opacity. In contrast, ECOTIO2 is made from a unique combination of different minerals specifically chosen for their light-scattering properties. Some of these minerals cause a bleaching effect when drying, which enhances the material’s reflectivity. When used together with Titanium Dioxide (TiO2), ECOTIO2 achieves a high refractive index, making it comparable to pure TiO2.

In the wet state, the impact of ECOTIO2 might be less noticeable because it blends well with TiO2. However, as it dries, the bleaching effect becomes more evident, leading to increased light reflection and improved opacity. This makes ECOTIO2 a highly effective and competitive alternative to traditional TiO2, offering similar brightness and opacity in various applications.

ECOTIO₂ serves as a performance-enhancing extender for traditional Titanium Dioxide (TiO₂), allowing for a significant reduction in TiO₂ usage—by approximately 50%. This innovative approach not only lowers costs but also reduces the environmental impact, making ECOTIO₂ a more sustainable alternative. Despite using less TiO₂, ECOTIO₂ maintains comparable opacity and excellent light-scattering properties, ensuring high-quality results without compromising performance. By combining cost efficiency with eco-consciousness, ECOTIO₂ offers a superior, environmentally friendly solution for various applications.

Yes, in some cases, it is possible to replace 100% of your Titanium Dioxide (TiO2) with ECOTIO2. Keep in mind that ECOTIO2 contains TiO2 as part of its formulation. It’s advisable to start with testing to determine how much ECOTIO2 can be used without needing to add extra TiO2. This testing will help you figure out if you can fully replace conventional TiO2 with ECOTIO2 while maintaining the desired performance.

Yes, you can still benefit from incorporating ECOTIO₂, even if your formulations are already optimized for Titanium Dioxide (TiO₂). While your current setup maximizes TiO₂ performance, ECOTIO₂ offers additional advantages. As a more eco-friendly and cost-effective alternative, ECOTIO₂ contains TiO₂ within its formulation but is designed to reduce the overall amount of TiO₂ required.

By integrating ECOTIO₂, you can lower material costs while maintaining the same high performance. In some cases, ECOTIO₂ can replace a significant portion of traditional TiO₂, helping to reduce your environmental footprint and improve sustainability. Testing ECOTIO₂ in your formulations will help you determine the ideal replacement ratio, allowing you to achieve both cost-efficiency and environmental benefits without compromising product quality.

Yes, it is often beneficial to consider replacing existing extenders with ECOTIO2 because of its superior performance. ECOTIO2 provides excellent light-scattering properties and can potentially make other extenders redundant due to its high efficacy. However, it is wise to conduct two types of testing: one with the additional extenders and one without them. This approach will help you compare the outcomes and determine the optimal formulation. By doing so, you can fully assess the benefits of using ECOTIO2 alone and make an informed decision on whether to eliminate other extenders from your formulation.

To determine the optimal level of ECOTIO2 for your formulations, it's helpful to conduct a series of tests with varying amounts of Titanium Dioxide (TiO2) reduction. Start by testing your formulation with decreasing percentages of TiO2—20%, 40%, 60%, 80%, and 100% less TiO2. By evaluating the results from these tests, you can identify the best replacement level of ECOTIO2 for your specific formulation.

This method allows you to assess how each reduction in TiO2 affects performance and opacity, helping you determine the most effective and cost-efficient use of ECOTIO2. This approach ensures you can achieve the desired quality while potentially lowering costs and reducing environmental impact

ECOTIO2 is designed to provide a matte finish, so using it in high gloss formulations will typically result in a reduction in gloss. Due to its particle size and properties, ECOTIO2 may cause a noticeable drop in gloss levels. However, in some solvent-based alkyd gloss systems, you may be able to use small amounts (10-15%) of ECOTIO2 without significant gloss loss.

If maintaining high gloss is essential for your formulation, you might consider adjusting the other ingredients to compensate for the reduced gloss. Experimenting with different combinations can help you balance the matte finish of ECOTIO2 with additional gloss agents to achieve your desired level of shine

It is not necessary to mill ECOTIO₂ due to its very fine particle size

The cost of ECOTIO₂ reflects their premium quality, with nearly 50% Titanium Dioxide (TiO₂) content and ultra-fine particles of other high-grade minerals. This carefully formulated combination ensures optimal performance. While ECOTIO₂ may have a higher upfront cost, it provides comparable opacity to traditional TiO₂ and often outperforms simple extenders or random mixtures of TiO₂ and extenders.

By incorporating ECOTIO₂ into your formulations, you'll achieve the same opacity as standard TiO₂, making it a cost-effective and sustainable solution. Additionally, ECOTIO₂'s reduced environmental footprint compared to conventional TiO₂ products offers both long-term savings and enhanced sustainability.

You can request a free sample (excluding  freight costs) of ECOTIO2. Sample size is 100 grams.

If you need higher quantities of further information, please let us know!