Vacuum Forced Circulation Automatic MVR Crystallizer for Waste Water Continuous Desalinization Evaporator

The crystallizer has a processing capacity of 1200 liters per day, making it suitable for large-scale waste water treatment.

The crystallizer is constructed using high-quality materials, specifically SUS304 and SUS316L, ensuring durability and resistance to corrosion.

The crystallizer utilizes energy-saving technology that optimizes operational costs by reducing energy consumption during the evaporation process.

The crystallizer features a reliable mechanical seal that ensures effective performance and prevents leakage during operation.

Yes, the Vacuum Forced Circulation Automatic MVR Crystallizer operates automatically, making it easy to use and manage.

The crystallizer comes with a warranty period of 1 year, providing customers with peace of mind regarding its performance.

The crystallizer uses steam as its heating method, effectively facilitating the evaporation process for waste water treatment.

Yes, the voltage for the crystallizer is made to order, allowing customization based on specific operational needs.

The crystallizer employs a fall film evaporation type, which enhances the efficiency of the water treatment process.

The main applications include waste water desalinization for industrial processes, continuous evaporation in large-scale facilities, and resource recovery from waste water streams.

The dimensions of the crystallizer are 1150 mm in length, 2250 mm in width, and 4000 mm in height.

The crystallizer is designed for large-scale operations with a capacity of 1200 liters per day, making it more suitable for industrial applications rather than small-scale use.

The crystallizer effectively removes salts and contaminants from waste water, improving its quality for reuse and recycling.

The crystallizer's design and technology enable it to minimize energy usage while maximizing evaporation efficiency, leading to lower operational costs.

Yes, regular maintenance is recommended to ensure optimal performance and longevity of the crystallizer, focusing on components like the mechanical seal and PLC system.