This reactor synthesizes nanomaterials via gas-liquid or liquid-liquid two-phase reactions. Particle morphology and size distribution can be precisely controlled to produce various nanomaterials, including nano calcium carbonate, nano aluminum hydroxide, nano sodium bicarbonate, and more.
Key process parameters—such as reaction temperature, reactant concentration, gas-liquid flow rate ratio, and the addition or removal of crystal form control agents—can be finely adjusted to achieve desired product characteristics. Specialized configurations are available for producing high-activity, high-specific-surface-area calcium hydroxide using high-speed rotation. Systems for nano calcium synthesis (gas-liquid reaction) and other liquid-liquid reactions can be supplied, with pilot-scale units available for experimental verification to ensure product feasibility. On-site application: Compared to similar reactors, this equipment can reduce electricity consumption by up to 50% under equivalent operating conditions.