Silica Sand Mesh 16–30 50 Kg/Bag

Silica Sand Mesh 16–30 50 Kg/Bag

Silica Sand Mesh 16–30 is a medium-to-fine grade filtration media engineered for applications that require both efficient particle removal and steady water flow. With grain sizes ranging from roughly 0.60 mm to 1.19 mm, it strikes the ideal balance between filtration precision and throughput. This grade is frequently used in layered filtration beds as a middle layer or as the main media in fine filtration systems.

Produced from high-quality natural silica with a purity level of approximately 95–99% SiO₂, this sand offers outstanding chemical resistance and excellent mechanical strength. Its angular particles provide an expansive surface area for trapping suspended solids, while its hardness ensures long-lasting use with minimal wear.

Packaged in 50 kg bags, Silica Sand Mesh 16–30 is carefully graded for uniformity, which helps maintain consistent filtration performance, reduces the risk of channeling, and lowers the frequency of backwashing. The product is kiln-dried to a moisture level of under 1%, making it easy to handle and store for extended periods.

Features

1. Mesh size 16–30 for fine filtration and efficient water flow

2. High-purity silica with excellent resistance to chemicals

3. Uniform particle size for dependable filtration results

4. Strong and durable granules for long service life

5. Low moisture content for easy storage and handling

6. Suitable for a wide range of filtration systems

Applications

• Potable water treatment plants

• Industrial water filtration processes

• Swimming pool filtration systems

• Intermediate or fine layers in multimedia filters

• Municipal and industrial wastewater treatment

• Pre-treatment stage for reverse osmosis (RO) systems

Specifications

• Mesh size: 16–30 (approx. 0.60 – 1.19 mm)

• SiO₂ content: ± 95–99%

• Color: Light beige to off-white

• Shape: Angular, hard particles

• Moisture: < 1%

• Packaging: 50 kg/bag

Conclusion

Silica Sand Mesh 16–30 is a dependable fine filtration medium that combines excellent flow rates with high particle retention. Its purity, uniform grading, and robust structure make it an excellent choice for municipal, commercial, and industrial water treatment operations, ensuring long-lasting and consistent results.