Syloid Ed 30 Tds | Pdf

The TDS is the blueprint for using this chemistry. While a sales brochure tells you what the product can do, the TDS tells you exactly how it will behave under specific conditions.

for precision gloss control in thin-film coatings. It is a synthetic amorphous silica characterized by its high porosity and ease of dispersion. Key Technical Specifications The following typical properties are derived from standard technical data sheets for this grade: Average Particle Size: 5.0 – 6.0 µm. Pore Volume: ~1.8 ml/g. Surface Treatment:

: The fine particle size and surface treatment impart a smooth feel to the finished coating. Syloid Ed 30 Tds Pdf

This article provides a deep dive into the properties, applications, advantages, and technical specifications of Syloid ED 30. What is Syloid ED 30?

While ED 30 is highly effective, it is part of a larger family of products. The TDS is the blueprint for using this chemistry

According to technical data from providers like UL Prospector and Univar Solutions , SYLOID® ED 30 exhibits the following physical and chemical properties: White, free-flowing powder Chemical Composition Synthetic amorphous silica ( SiO2cap S i cap O sub 2 ≥is greater than or equal to Average Particle Size 5.0 – 6.0 Pore Volume ( H2Ocap H sub 2 cap O ) Oil Absorption 300 g/100g pH (5% aqueous suspension) 6.0 – 8.5 Surface Treatment Special organic (wax) treatment Bulk Density 200 – 600 Core Performance Benefits

In summary, SYLOID® ED 30 is an essential additive for modern formulators who need to balance the visual demand for matte surfaces with the technical requirement for durable, high-clarity protective films. SYLOID ED-30 - W.R. Grace | IMCD Spain It is a synthetic amorphous silica characterized by

: Widely used in furniture coatings, DIY wood finishes, and wood stains. Radiation Cure : Optimized for UV-curable acrylate systems .

The product's widespread use across various industries can be attributed to several key performance characteristics:

Commonly utilized in 100% solid or water-borne UV acrylate systems. It manages gloss levels effectively without obstructing the depth of light penetration needed for full radical UV curing.