Product

pH-5016 Plastic Shell pH Electrode

Model pH-5016
Output /
Power supply /
Application Applied in wastewater treatment and various fields including mining and metallurgy, papermaking, pulp, textiles, petrochemicals, semiconductor electronics processes, and downstream biotechnology engineering.
Description pH-5016 plastic shell pH electrode is made from high-performance materials, featuring resistance to strong acids and alkalis. It is widely used in various industrial sectors. This product offers high measurement accuracy and fast response speed, providing you with accurate and stable pH value measurements.
  • Introduce
  • Datasheet

 Product Detail : pH-5016 Plastic Shell pH Electrode 

1. pH-5016 Plastic Shell pH Electrode Product Introduction  

The pH-5016 plastic shell pH electrode is made from high-performance materials, featuring resistance to strong acids and alkalis. It is widely used in various industrial sectors. This product offers high measurement accuracy and fast response speed, providing you with accurate and stable pH value measurements.

 

2. pH-5016 Plastic Shell pH Electrode Product Features  

1. Acid-Base Resistance: Suitable for strong acid and alkali environments, adaptable to a variety of complex working conditions.  

2. Wide Application: Covers multiple fields including wastewater treatment, mining and metallurgy, papermaking, and petrochemical industries.  

3. High Measurement Accuracy: The electrode slope reaches over 95% of the theoretical value, ensuring measurement reliability.  

4. Fast Response: Practical response time is less than 1 minute, allowing real-time monitoring of pH changes. 


3. pH-5016 Plastic Shell pH Electrode Technical Parameters  

Measurement Range: (0–14) pH
Temperature Range: (0–80) °C
Pressure Resistance: 0.1 MPa – 0.6 MPa
Zero Point: 7 ± 0.5 pH
Conversion Coefficient: > 98%
Membrane Resistance: < 250 ΜΩ
Practical Response Time:  < 1 min
Salt Bridge:  Multi-porous TEFLON salt bridge
NTC: 10 KΩ/2.252K/Pt100/Pt1000


4. Electrode Slope and Temperature Corresponding Potential Difference Conversion  

1. Theoretical Electrode Slope: 59.16 mV/pH at 25 °C  

2. Actual Electrode Slope: Generally over 95% of the theoretical value  

3. Temperature Corresponding Potential Difference Conversion Formula:  

   ΔE = 59.16  [(273 + T) / 298]  ΔpH  

 

5. Usage Precautions  

1. Do not cut the electrode lead wires arbitrarily to avoid damage.  

2. Avoid long-term immersion in distilled water or protein solutions to prevent contact with organic silicone oils and grease.  

3. Regularly clean the electrode to keep the glass membrane clean.  

4. If the electrode fails to respond, please replace it in a timely manner.  

5. The electrode wire is not waterproof; please minimize contact with water.

 

6. After-Sales Service  

We provide comprehensive after-sales service. If you have any questions, please feel free to contact us. We promise to deliver quality products and satisfactory service! 

Purchase the pH-5016 Plastic Shell pH Electrode now to safeguard your production process!


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