Ingtrone introduces a new synthetic silicon dioxide for superior durability and wear resistance.

Briefing:
Ingtron Launches SPHERILEX®Silica Wet Chemical Production Process, which enables Uptron to launch three new silicon dioxide products for paint and coating applications: SPHERILEX® DP-0111, SPHERILEX® DP-0112 and SPHERILEX® DP-0115. The new product achieves superior durability and wear-resistant light, and helps formulation engineers reduce the demand for polymer resins from solid materials in their formulations, reduce solvent use to reduce VOC emissions
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SPHERILEX
® If the above factors can be reasonably controlled, the performance and utility of precipitation of silica will greatly improve the

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Created coating additives business team recently launched SPHOERILEX® silicon dioxide wet chemical production process. This process gives silicon dioxide a unique spherical particle form, giving it a new advantage in coating applications.
in this wet reaction process, the manufacturer is able to control a number of characteristics of the final product, including pH, surface area, (in-particle) hole volume, aperture distribution, and other structural or morphological features.
with this technology,
has launched three new silicon dioxide products for paint and coating applications
: SPHERILEX® DP-0111, SPHERILEX® DP-0112 and SPHERILEX® DP-0115.
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Effectively respond to technical challenges such as wear-resistant light resistance and moisture-resistant wear
For modern architectural coatings, wear-resistant and moisture-resistant wear is a key technical challenge and an important factor in determining their performance. Given the filler or formulation options available on the market today, there is limited room for formulaters to overcome challenges and differentiate their products.
the particle shape of the filler and the corresponding coating surface profile are closely related to these performance characteristics.

is beneficial to new process research results, and winning innovative synthetic silicon dioxide has the following advantages:
. unique spherical particle form;
. . narrow particle size distribution;
. . very small surface area and very low porosity
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better response to regulatory requirements such as low VOC emissions
For example, solvents help soften polymers and facilitate their free flow to coat and moisturize pigment particles in coatings, thereby increasing the bonding capacity of polymer resins. However, the market supply of these solvents is shrinking in order to reduce VOC emissions, so formulaters must look for other ways to minimize the demand for polymer resins from solid materials in their formulations.
's new SPHOERILEX® technology not only meets these coating formulation challenges, but also helps formulaters realize the new value of synthetic silicon dioxide technology with a range of high-performance, uniquely functional silicon dioxide and silicate products.
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