Fluorine resistant pH electrode, industrial pH glass sensor

1、 Core advantages

Traditional pH sensorsfluorine-containingThe glass film is prone to corrosion in the medium, leading to measurement failure and extremely short lifespan. The 8675 model sensor is equipped with a high-temperature dedicated pH electrode, with targeted optimization of electrode material and protective structure, which can stably withstand concentrations up to 4000ppmfluorine-containingEnvironment, effectively solving the problem of "inaccurate measurement and frequent replacement" in strong corrosion scenarios

2、 Accurate parameters: adaptable to various working conditions, stable and reliable data

1. Core measurement performance

Measurement range: 0-14PH full range coverage, meeting the detection needs of various acid-base systems, especially suitable forfluorine-containingAccurate monitoring of acidic environment;

Temperature adaptation: With a wide temperature range of 0-90 ℃, it can cope with high-temperature process scenarios in industrial production, avoiding problems such as electrode aging and electrolyte evaporation caused by high temperatures;

Pressure tolerance: withstand a pressure of 0.3MPa, maintain a uniform liquid phase of the electrolyte under high pressure steady state, unobstructed ion conduction, and control measurement error within a very small range.

2. Convenient and adaptable design

Universal plug configuration: Supports three mainstream plugs: VP/S7/S8, which can quickly connect to third-party devices such as industrial control computers, PLCs, DCS, etc., with flexible installation and strong compatibility;

Stable operation guarantee: Adopting high impedance anti-interference design, even in complex industrial electromagnetic environments, it can still respond quickly, with small drift in long-term monitoring, ensuring data continuity and accuracy.

3、 Applicable scenario: Focusing on the demand of strong corrosion industry

Specially designed for working conditions containing fluorine, widely used in:

Semiconductor industry:fluorine-containingWater quality monitoring of etching process to ensure the stability of chip manufacturing process;

Petrochemical/steel industry: online pH detection of acid pickling wastewater and fluorine-containing wastewater to help meet environmental standards;

In the field of chemical engineering: real-time process control of fluorine-containing reaction vessels to avoid product quality problems or equipment corrosion caused by abnormal pH.

4、 Product Value: Cost Reduction and Efficiency Enhancement, Safety and Compliance

1. Extend service life: Targeted resistanceFluorine contentCorrosion design, compared to ordinary pH sensors, increases the service life by 3-5 times, reducing the labor and consumable costs of frequent disassembly and replacement;

2. Ensuring production safety: Real time and accurate feedback of pH data to avoid equipment damage and production accidents caused by medium acid-base imbalance, and reduce safety risks;

3. Compliance requirements: Provide reliable data support for industrial wastewater discharge and process quality control.