Nano calcium carbonate pneumatic conveying solution
During powder processing and transportation, nano calcium carbonate often brings challenges such as clogging, dust generation, and high energy consumption due to its small particle size, large specific surface area, and easy agglomeration. Drawing on years of pneumatic conveying experience, Head Powder provides customized conveying solutions for nano calcium carbonate materials, helping enterprises achieve stable, efficient, and environmentally friendly material transfers.
Customer pain points
Nano calcium carbonate is prone to pipeline blockages, material delamination, and dust leakage during traditional mechanical transportation, which not only affect production efficiency but also increase maintenance costs and environmental pressure. At the same time, because nano-sized particles have high surface energy, they easily absorb moisture or stick together during transport, leading to reduced conveying efficiency. There is an urgent need for a highly targeted and smoothly operating conveying system.
Material characteristics
Nano calcium carbonate is a white powder with particle sizes usually between 30~100 nanometers, low bulk density (about 0.3~0.6 g/cm³), moderately low flowability, prone to moisture absorption and agglomeration. Its particles are fine and have good suspension in airflow, but it also places high demands on the sealing, anti-static, and anti-adhesion of conveying equipment.
Product Introduction
The nano calcium carbonate pneumatic conveying system provided by Head Powder uses positive or negative pressure dense phase conveying methods, custom-designed according to material characteristics and on-site conditions. The system consists of a feeding device, conveying pipelines, air supply equipment, dust separation and removal device, and an electrical control system. It enables fully enclosed conveying from the raw material silo to the production equipment, effectively preventing dust leakage and material contamination.
Product advantages
To address the pain point of nano calcium carbonate being easily clogged and flying, Head Powder has incorporated multiple optimization measures into its system design: adopting special fluidized and anti-arch feeding structures to avoid bridging materials at the feed inlet; The inner walls of pipes are treated for anti-static treatment to reduce particle adsorption; Equipped with fine air volume adjustment and pressure monitoring, it helps ensure stable and controllable conveying processes; It can also integrate functions such as automatic weighing and remote monitoring according to customer needs to improve overall operational efficiency.