Category: FAQ

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Category: FAQ

Is silica fume dangerous?

Silica fume itself is not classified as dangerous, but it can pose health risks if not handled properly. The primary concern is the potential for inhalation of the fine silica particles, which can lead to respiratory issues. Here are some

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How to use silica fume properly?

Proper Mix Design: When incorporating silica fume into your mix design, it’s essential to adjust other mixture components to achieve the desired workability and performance. A typical dosage of silica fume in a concrete mix is 5% la 15% de

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What is White Carbon Black ?

In the realm of materials science, names can often be perplexing, and White Carbon Black is no exception. Despite its seemingly paradoxical name, it holds an undeniable significance across multiple industries. In essence, White Carbon Black is neither trulywhite

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What is the fineness of silica fume?

Silica fume is often used in concrete and refractory materials, and the main purpose is to use the very fine particles of silica fume to fill the pores between the particles of cement and other materials, thus making the concrete

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How is concrete classified?

Classification by cementitious materials Inorganic cementitious material concrete, such as cement concrete, gypsum concrete, silicate concrete, water glass concrete, etc.; Organic cementitious material concrete, such as asphalt concrete, polymer concrete, etc.. Classification by apparent density Concrete can be classified according

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Can Silica Fume Replace Fly Ash?

In the process of concrete preparation, mineral admixtures are necessary mixed materials to improve the performance of concrete. Commonly used mineral admixtures include fly ash, slag powder, etc., but in high-strength concrete, silica fume is also a must. A mineral

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What is the particle size of silica fume?

The particles of silica fume are extremely small. On average, the particles are about 0.1 micrometers (100 nanometri) in diameter. To put this into perspective, if a typical silica fume particle was the size of a football, then a single

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Fum nedesensificat de silice

Fum nedesensificat de silice, which is made from a large amount of highly volatile silicon monoxide gas produced during the smelting process, is rapidly oxidized with air and condensed into silica dust.

Fum de silice densificat

Fum de silice densificat, is a further processing of the original micro-silica fume to obtain a denser encrypted micro-silica fume.

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