Product Description:

Features:

Technical Parameters:

The maximum operating temperature for this product is 45℃, which means it should not be exposed to temperatures above 45℃ during operation. Doing so could damage the product or lead to other performance issues.

The maximum operating pressure for this product is 41bar, which means it is designed to operate safely under conditions of up to 41bar pressure. Exceeding this pressure could lead to damage or failure of the product.

The maximum pressure drop for this product is 1bar. This means that the pressure differential across the product should not exceed 1bar, or else it may not function properly or efficiently.

The PH value range for continuous operation is 2~11. This means that the product can operate under conditions where the PH value is within this range continuously. If the PH value is outside of this range, it could lead to damage or failure of the product.

The PH value range for short-term cleaning is 1~13. This means that if the product needs to be cleaned, short-term exposure to PH values within this range is acceptable. However, extended exposure to PH values outside of the continuous operation range may damage the product.

The maximum water flow rate for this product is 4040 3.6t/h and 8040 19t/h. This means that the product is designed to handle water flow rates up to these maximums. Exceeding these flow rates could lead to issues with performance or damage to the product.

The maximum water supply SDI is 5. This means that the recommended water quality for the product is such that the SDI is no greater than 5. If the water supply SDI is greater than 5, it could negatively impact the performance or lifespan of the product.

The allowable free chlorine content for this product is 0.1ppm. This means that the amount of free chlorine in the water supply should be kept below this level in order to avoid damaging the product or affecting its performance.

Applications:

The chemical industry relies heavily on water in the cooling and reaction processes during production. It is essential to ensure the continuity and stability of production. Therefore, it is crucial to have efficient water systems that support these processes and ensure reliable operation.

In the food and beverage industry, water is a critical component in the production process. It is essential to ensure the safety and compliance of water to meet the strict regulations and standards required for food and beverage production. It is imperative to avoid contamination and ensure the quality of the final product.

The pharmaceutical industry has stringent regulations for the production of drugs. High-purity water is a crucial component in the production process to ensure the safety and effectiveness of products. It is necessary to use advanced water treatment technologies to remove impurities and contaminants and provide water that meets the required standards.

The electronics industry needs ultrapure water in the production process to meet high standards for semiconductor and electronic component production. Even small impurities can affect the quality of the final product. Therefore, it is essential to use advanced water treatment technologies to produce ultrapure water required in this industry.

The environmental protection industry aims to improve the efficiency of water resources in sewage treatment and reuse projects. With water scarcity becoming an increasingly critical issue globally, it is essential to develop innovative solutions to address these challenges. Water treatment and reuse technologies can play a crucial role in achieving sustainable water management and resource conservation.