CA10678 Calcium Silicate Powder

Calcium Silicate Powder Description

Calcium Silicate Powder is primarily composed of CaSiO₃ and is manufactured with a focus on maintaining a narrow particle size distribution and minimal contamination. Its chemical inertness and stable crystalline structure support its use as a catalyst support and as an additive in various industrial processes. The material's controlled synthesis and thorough quality protocols ensure consistency in thermal stability and moisture resistance, making it applicable in environments demanding precise reactive characteristics.

Calcium Silicate Powder Properties

The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

Calcium Silicate Powder Applications

1.       Industrial Catalysis
- Used as a support material in heterogeneous catalyst systems to improve active site dispersion by leveraging its high surface area.

2.       Chemical Processing
- Applied as an adsorbent in reactor environments to remove impurities by capitalising on its inert and porous structure.

3.       Construction Materials
- Serves as an additive in cement and plasters to modify setting times and enhance mechanical stability through its thermal resistance properties.

Calcium Silicate Powder Packing

Calcium Silicate Powder is packaged in sealed, moisture-resistant pouches and placed in rigid cartons to mitigate physical damage and contamination risks during transit. Desiccants are included to control humidity, and the packaging is designed to prevent static build-up. The product is stored under cool, dry conditions. Custom bulk and laboratory packaging options are available with appropriate labelling to meet specific customer requirements.

Additional Information

Calcium silicate materials have been extensively studied for their physical and chemical properties, particularly in applications requiring thermal stability and inertness. Researchers have noted that proper control over synthesis parameters can significantly influence the material's performance in catalytic and structural applications.

In industrial settings, maintaining a consistent particle size and purity is pivotal. This consistency is achieved through rigorous quality control measures that include advanced microscopy and analytical testing. Such measures help ensure that Calcium Silicate Powder performs predictably in catalyst support roles, adsorptive processes, and as an additive in building materials.