- Made entirely of hygienic stainless steel: Meets food-grade safety standards, resistant to alcohol corrosion, eliminates the risk of media contamination, and is perfectly suited for wine storage tank conditions.
- Intuitive and clear, safe and reliable: Red and white indicator bars clearly show the liquid level, allowing for quick readings even in dimly lit workshops; no mechanical transmission parts, maintenance-free, and eliminates the risk of leakage.
- Remote transmission function: Equipped with a remote transmitter, liquid level data can be uploaded to the central control room in real time, enabling 24-hour uninterrupted monitoring and completely eliminating the need for manual inspection.
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- Real-time online, no sampling required: Directly installed on process pipelines, eliminating the need for manual sampling and testing. Millisecond-level response time allows density data to be fed back to the production line in real time, completely solving the problem of untimely process adjustments caused by laboratory testing delays.
- Ultra-high precision, reliable data: Based on the resonant frequency measurement principle, accuracy reaches ±±0.001g/cc, far exceeding traditional specific gravity methods. It can accurately capture minute changes in alcohol concentration, providing reliable data support for blending processes.
- Strong anti-interference, stable and durable: Unaffected by medium temperature, pressure, viscosity, and on-site vibration, it maintains stable data without drift even under complex winery conditions, requiring no frequent calibration for long-term operation.
- Hygienic design, worry-free compliance: Made of 316L stainless steel with a clamp-type quick-installation structure, it has no dead corners, is easy to clean, and fully complies with GMP hygiene standards in the food and beverage industry, avoiding the risk of cross-contamination of alcohol.
- Maintenance-free design, reduced costs: With no moving parts, there are no wear and blockage issues. Routine inspection is only required, significantly reducing instrument maintenance and manual calibration costs.
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