How Sanitary Ball Valves For Liquid Filling Can Reduce The Adverse Effects Of Liquid Flow

How to reduce the adverse effects of liquid flow in Sanitary Ball Valve for liquid filling

The technical parameters of sanitary ball valve products are as follows:

1. Raw materials: 304 and 316L are two common materials, and the part of the product in contact with the medium is 304 or 316L

2. Seals: Strong acid, alkali and high temperature resistance, small permanent compression deformation

3. Connection: Welding type, quick-install type, threaded type

4. Quality: The product is processed with high-end polishing equipment inside and outside to meet the surface precision requirements

4. Precision: Strictly follow the product tolerance standards such as 3A, DIN, SMS, BS, etc.

5. Working pressure: 1.0Mpa

6. Working temperature: -10℃+150℃

7. Sealing material: EPDM, silicone and fluororubber are also available

8. Applicable media: liquid, gas, oil, various highly corrosive chemical media

The sanitary ball valve used for liquid filling includes a drive mechanism, a slidable shaft, a valve body, a liquid inlet pipe, and an annular diaphragm. The driving mechanism of the product is fixed on the valve body, an inner cavity is opened in the valve body of the product, a liquid outlet is opened at the bottom of the valve body, and a sliding hole is opened at the top of the valve body, and the sliding hole and the liquid outlet are connected to the inner cavity respectively; the liquid inlet pipe of the product is installed on the outer wall of the valve body, and the liquid inlet pipe is connected to the inner cavity; the top of the sliding shaft of the product is connected to the driving mechanism, and the bottom of the sliding shaft passes through the sliding hole of the valve body and extends into the inner cavity, and the bottom of the sliding shaft is located above the liquid outlet; the outer edge of the annular diaphragm of the product is fixed on the top of the inner cavity, and the inner edge of the annular diaphragm of the product is fixed on the sliding shaft. Since the structure of the diaphragm valve of this product is improved and the liquid outlet is blocked by the bottom of the sliding shaft, the diaphragm can withstand a larger pressure and can effectively reduce the adverse effects of the diaphragm on the flow of liquid.