Real-World Applications of Density Measurement .

Optimize Process Efficiency Across Multiple Industries.

Why Inline Density Measurement

Inline density measurement is widely used in industrial processes where continuous monitoring of material consistency, concentration, or slurry conditions is critical.

Real-time density monitoring helps manufacturers improve process visibility, reduce manual sampling, and maintain stable production conditions.

Common Process Challenges

Material Inconsistency

Changing material density may affect process stability and final product quality.

Limited Process Visibility

Manual testing methods cannot provide continuous real-time monitoring.

Production Variations

Unstable process conditions may lead to inconsistent production results.

High Manual Intervention

Frequent sampling and laboratory testing can reduce operational efficiency.

Typical Density Measurement Applications

Inline Viscometer Used in Coating Production

A coating manufacturer producing industrial paints and protective coatings was facing challenges with maintaining stable...

Inline Density Measurement in Petrochemical Processing

A petrochemical company specializing in industrial solvents and refined oil products was experiencing difficulties maintaining...

Online Density Meter Used in Battery Electrolyte Production

A lithium battery manufacturer was facing challenges with maintaining stable electrolyte concentration during production. Previously,...

Hygienic Level Measurement

Implementing non-contact radar level meters for stainless steel storage silos....

Optimizing Crude Viscosity Monitoring

How a major refinery reduced waste by 14% using our real-time Coriolis flow meters....

Benefits of Inline Density Measurement

Continuous Real-Time Monitoring

Monitor process conditions continuously without interrupting production.

Improved Process Stability

Maintain stable operating conditions throughout industrial processes.

Reduced Manual Sampling

Minimize laboratory testing and manual intervention requirements.

Industrial System Integration

Compatible with industrial automation and process control systems.

Recommended Density Measurement Instruments

LONN7001 Tee Ultrasonic Density & Concentration Meter — Flange DN25 Inline

LONN7001 tee ultrasonic density & concentration meter with flange DN25 connection. Non-nuclear acoustic impedance, 4-20mA/RS485. For chemical & petrochemical inline monitoring.

Measurement Principle： Ultrasonic Acoustic Impedance
Measuring Range： 0–100% solids (concentration); 0.5–3.0 g/cm³ (density)
Accuracy： ±1% of reading (concentration)
Output： 4-20mA + RS485 Modbus RTU
Process Connection： Flange DN25 (ANSI/DIN/JIS)
Process Temperature： -25°C to +150°C
Power Supply： 24V DC or AC220V

LONN7000 Insert Ultrasonic Density & Concentration Meter

LONN7000 insert ultrasonic density & concentration meter for real-time slurry monitoring. Non-nuclear acoustic impedance, 4-20mA/RS485. For mining.

Measurement Principle： Ultrasonic Acoustic Impedance
Measuring Range： 0–100% solids (concentration); 0.5–3.0 g/cm³ (density)
Accuracy： ±1% of reading (concentration)
Output： 4-20mA + RS485 Modbus RTU
Process Connection： Flange (DN50–DN200)
Insertion Length： 200–1000 mm (customizable)
Power Supply： 24V DC or AC220V

LONN6004 Explosion-Proof Alcohol Density & Concentration Meter

LONN6004 alcohol density concentration meter for real-time ABV and ethanol monitoring in distilleries, breweries, and bioethanol plants. Ex d IIC T6 explosion-proof; 4-20mA + RS485; 316L U-tube sensor; ±0.001 g/cm³ accuracy. Contact anna@xalonn.com for pricing.

Measurement Principle： U-tube Oscillating Frequency
Measuring Range： 0.1–5 g/cm³; custom ABV range
Accuracy： ±0.001 g/cm³
Output： 4-20mA + RS485 Modbus RTU
Process Connection： Flange / Thread / Clamp
Power Supply： 24V DC