Dry mix concrete is made up of cement (usually Portland cement), sand, aggregate, and other additives necessary to get the material. As the name suggests, it does not contain any water or liquids in its composition like wet mix concrete does. Instead, the mix is stored in bags and will only be mixed with others directly at the construction site. … Read More

Phosphonates are a type of salt from the family of phosphonic acid. Phosphonate occurs naturally, and they are commonly used in a lot of industries because of the special chemical structure that makes it rather easy to work with them. These salts are used in industrial cleaners, to form other biological compounds, fungicides, rust removes, improve bleaching for the pulp … Read More

Titanium is a metallic element used for multiple industrial processes. It naturally interacts with oxygen to produce titanium oxides, often found in indigenous dust, soils, and ores. Pure titanium dioxide (TiO2) primarily exists as a fine white powder that provides a white pigment used in various applications. TiO2 has been used for years as an additive in a variety of … Read More

A tin stabilizer is a liquid made of an organotin mercaptide or carboxylate compound, commonly used for PVC heat stabilization. They offer enhanced transparency, thermal stability, color retention, and workability. It has several single and di alkyl salts combined in different ratios. The stabilizers essentially offer protection against heat damage during PVC processing. Polyvinyl chloride (PVC) is the third most … Read More

If you develop products for protective coatings, finding solutions to enhance performance and efficiency for your customers can be challenging. Therefore, you need to find a reliable and trusted supplier like Bisley International to ensure a constant supply of top-shelf epoxy curing agents for epoxy flooring, paints and coatings, and other applications. Epoxy curing agents for resins comprise a set … Read More

Concrete can corrode when an alkali reaction in concrete occurs, causing cracks as well as damage to the structure. Lithium compounds can prevent damaging reactions like this when lithium admixtures are used in concrete. Lithium ions minimize damage and expansion by modifying the chemical composition of reaction products. Lithium Nitrate is the most effective in preventing the negative effects of … Read More

Lithium silicate is preferred over sodium and potassium silicates for concrete surface treatments, specialty paints or coatings, and glazes just to name a few. It is an ionic compound that uses lithium to act as a transport agent for silica. While it comes in many forms, one of the most common uses is as a hardener and densifier. According to … Read More

It can take years for an alkali-silica reaction (ASR) to show up in your concrete. Once it does, however, it cracks your concrete apart, causing extensive damage. This deleterious swelling reaction happens over time and is fittingly nicknamed “concrete cancer”. It is a form of alkali-aggregate reaction. It can take up to 10 years after construction for your concrete to … Read More

Dry mortar is a combination of mixed raw materials such as sand and cement in dry form. This can also contain additives as well as polymers. Dry mortar is used in construction such as joining bricks together for a sturdy wall. Wet mortars are ready to use and only need to be mixed but this guide will help you make … Read More

When it comes to concrete floor treatment, lithium silicate is the leading concrete densifier with multiple uses. In fact, lithium silicates have increasingly gained popularity in the recent past compared to sodium and potassium silicates. But if you haven’t used lithium silicate before, you might be wondering how it’s used. Still, you don’t need to worry; this guide discusses all … Read More