High-Precision PH Detector - Ideal for Laboratory and Industrial Applications

All Categories
EN EN

In What Scenarios is the pH Detector Suitable for Use?

In What Scenarios is the pH Detector Suitable for Use?

This page mainly introduces the main uses, advantages and application scenarios of pH detectors.
Get A Quote

Features of PH Detector

LCD Display

LCD display, 3.5 inches.

Automatic Shutdown Function

The automatic shutdown function effectively extends the battery life.

IP65 Waterproof

IP65 waterproof. The waterproof pH tester is suitable for on-site measurement and outdoor measurement.

Reset Function

The reset function automatically returns all settings to factory default options.

You Can Find the PH Detectors You Need.

What Applications Can pH Detector be Used for?

pH testers are widely used in many fields. Here are some of the main application scenarios:

  • Water quality monitoring:

In environmental monitoring, pH testers are used to measure the pH value of rivers, lakes and groundwater to assess water quality and ecological health.

  • Food and beverage industry:

In food processing and beverage production, pH control is critical to the taste, shelf life and safety of products. For example, the production of wine, dairy products and juice.

  • Pharmaceutical industry:

In the production of drugs, accurate measurement of pH is very important to ensure the effectiveness and safety of drugs.

  • Chemical analysis:

In laboratories, pH testers are used to monitor and analyze chemical reactions to ensure the suitability of reaction conditions.

  • Agriculture:

In soil testing, pH testers are used to assess the acidity and alkalinity of soil to help farmers choose appropriate crops and fertilization programs.

  • Water treatment:

In sewage treatment and drinking water treatment, pH monitoring and adjustment are important links to ensure that water quality meets standards.

  • Electronics industry:

In semiconductor manufacturing, pH control is critical for chemical cleaning and etching processes.

Frequently asked questions about pH detectors

How can I improve the accuracy of my pH testing?

Regular calibration, using high-quality electrodes, keeping the electrodes moist, and taking measurements at the proper temperature can all improve accuracy.
The pH value ranges from 0 to 14, with 0 being strongly acidic, 7 being neutral, and 14 being strongly alkaline.

How to choose a suitable pH detector?

When choosing the right pH detector, there are several factors to consider to ensure the instrument will meet your specific application needs. Here are some key selection criteria:
Measurement range: Determine the required pH measurement range. Most pH detectors have a measurement range of 0 to 14, but some applications may require a wider range.
Accuracy and resolution: Select an instrument with high accuracy and resolution to ensure reliable measurement results. Typically, accuracy is ±0.01 pH or better.
Temperature compensation: Select a pH detector with automatic temperature compensation (ATC) to obtain accurate measurement results at different temperatures.
Electrode type: Choose the appropriate electrode type based on the application. Common electrode types include glass electrodes, combination electrodes, and specialty electrodes (such as those used for high temperatures or high viscosity liquids).

What SKZ Customers Say

Matthew Wilson

pH detectors provide very accurate measurements, especially when calibrated, and can meet the needs of both laboratory and industrial applications.

Christopher Brown

The model I bought can not only measure pH value, but also has temperature measurement and data logging functions to meet various application needs.

Get a Free Quote

Our representative will contact you soon.
Email
Name
Company Name
Message
0/1000
ph measuring instrument
ph meter instrument
ph tester
digital ph meter
ph detector
ph detector
Structure of PH110B Detector

Structure of PH110B Detector

The structural highlights of the pH detector are mainly reflected in its design and functions. The following are some key structural highlights: Glass electrode: The pH detector is equipped with a high-quality glass electrode that can quickly respond to changes in hydrogen ion concentration to ensure the accuracy and sensitivity of the measurement. Reference electrode: The reference electrode provides a stable potential to ensure the reliability of the measurement results. The pH detector adopts a composite electrode design that integrates the glass electrode and the reference electrode, simplifying use and maintenance. Automatic temperature compensation (ATC): The pH detector has a built-in automatic temperature compensation function that can automatically adjust the measurement results according to the ambient temperature to ensure accuracy at different temperatures. Digital display: Modern pH detectors are equipped with a clear digital display that makes it easy for users to read th