In the food processing industry, where fermentation, taste, and safety are tightly linked to pH and temperature, real-time monitoring is no longer optional — it’s critical. From dairy to pickling, from cured meats to sourdough, these two variables define whether a batch is perfect or wasted.
pH affects fermentation dynamics: Beneficial bacteria thrive within narrow pH ranges. Deviations can slow down or kill the process.
Temperature influences microbial activity and food safety: The wrong temperature can lead to spoilage or dangerous bacterial growth.
Inconsistent fermentation results
Without accurate real-time data, fermentation often becomes a guessing game.
Food safety compliance challenges
Failing to monitor pH can lead to hazardous conditions, risking recalls or failed inspections.
Low batch success rate
Lack of precision causes flavor variations and uneven product quality.
A boutique kombucha manufacturer struggled with batch failures due to unstable pH. After implementing the PH-2023, they introduced regular quality checks during every stage of fermentation. The result?
Batch success rate increased from 80% to 97%
Flavor profiles became more consistent
Product shelf life extended by 20%
HACCP audit scores improved significantly
Dual Measurement – Accurately reads both pH and temperature
±0.02 pH Accuracy – Ideal for fine fermentation control
Automatic Temperature Compensation (ATC) – Reliable results in any environment
Fast Read Time – Stabilizes quickly for efficient workflows
Waterproof, Easy to Sanitize – Food-grade materials, safe for direct contact
One-Button Calibration – No training required, anyone can use it
PH-2023 directly addresses the lack of precision and real-time monitoring in fermentation-based food production. It eliminates the need to guess, standardizes processes, and dramatically improves food quality and safety.
Contact Person: Miss. Feng
Tel: +8613510920092