HIGH-PERFORMANCE MOISTURE ANALYZERS
Premium Laboratory Equipment | Industrial Line | Pharmaceutical Grade | GMP Grade
GENERAL EQUIPMENT DESCRIPTION
High-performance laboratory moisture analyzers are precision analytical instruments developed for the quantitative determination of water content in solid, pasty, granular, powdered, liquid, or gaseous samples.
Designed for regulated environments and elite laboratories, these systems offer:
High metrological accuracy.
Statistically verifiable repeatability.
Precision thermal control with PID algorithm.
Traceability according to ISO 17025.
Compliance with FDA, GMP, GLP, and 21 CFR Part 11.
Integration with LIMS, ERP, and laboratory management systems.
Electronic data logging with audit trail.
Strategic Keywords:
industrial moisture analyzer, laboratory moisture analyzer, high-precision moisture analyzer, premium analytical equipment, laboratory quality control, gravimetric moisture analysis.
MAIN AVAILABLE TECHNOLOGIES
1. THERMOGRAVIMETRIC MOISTURE ANALYZER (LOD – LOSS ON DRYING)
Application: Quality control, R&D, pharmaceutical industry, food, fine chemicals, cosmetics, polymers.
Analytical Principle
Based on quantitative thermogravimetric analysis.
The system performs:
Initial weighing with a high-resolution electromagnetic load cell (0.1 mg or higher).
Controlled sample heating via halogen, infrared, or ceramic radiation.
Continuous monitoring of mass loss.
Automatic calculation of moisture content (%), total solids (%), or volatiles (%).
Applied Equation:
Humidity (%) = (m₀ − mₜ) / m₀ × 100
Where:
m₀ = initial mass
mₜ = mass after drying
Physical Principles Involved
Thermodynamics of phase change (liquid → vapor).
Heat transfer by radiation, conduction, and convection.
Drying kinetics.
Molecular diffusion.
Analytical gravimetry.
High-stability PID thermal control.
Technical Specifications of Premium Equipment.
Weighing resolution: 0.1 mg.
Typical capacity: 120–200 g.
Temperature range: up to 230 °C.
Thermal ramp programming.
Automatic shutdown modes (time, slope, constant).
Protection against drafts.
Chamber with uniform thermal distribution.
Industrial touchscreen interface. Connectivity: Ethernet / USB / RS232.
Regulatory-compliant data export.
2. KARL FISCHER TITRATOR (VOLUMETRIC AND COULOMETRIC)
Application: Trace analysis of moisture, solvents, oils, active pharmaceutical ingredients (APIs), petrochemicals, advanced analytical chemistry.
Chemical Principle:
Specific redox reaction of water with iodine and sulfur dioxide in an alcoholic medium.
Based on rigorous stoichiometry.
Coulometry utilizes Faraday's Law for electrolytic iodine generation.
Technical Differentiation:
Volumetric:
Typical range > 0.1%
High robustness.
Coulometric:
ppm range.
High sensitivity.
Ideal for trace analysis.
Scientific Fundamentals:
Quantitative redox reactions.
Analytical electrochemistry. Faraday's Law.
Chemical Stoichiometry.
Automated Titration with Potentiometric Endpoint.
Performance of Elite Equipment
Detection Limit in ppm.
High Selectivity.
Low Matrix Interference.
Automated Reagent Control.
Closed Anti-Contamination Systems.
SEO Keywords:
Karl Fischer titrator high precision, ppm moisture analyzer, automatic Karl Fischer titration, trace water analyzer, petrochemical laboratory equipment.
3. NIR ANALYZER (NEAR INFRARED SPECTROSCOPY)
Application: Process control, premium food industry, pharmaceutical, chemical and rapid non-destructive analysis.
Physical Principle.
Based on the molecular absorption of water at specific wavelengths of the near-infrared.
The analysis uses:
Vibrational spectroscopy.
Beer-Lambert Law. Chemometric Modeling (PLS, PCA)
Technical Advantages
Non-destructive measurement.
Results in seconds.
No chemical reagents.
High reproducibility.
Strategic Applications.
Statistical Process Control (SPC).
Mixture uniformity monitoring.
Rapid analysis of raw materials.
SEO Keywords:
Industrial NIR moisture analyzer, laboratory NIR spectroscopy, rapid moisture analyzer, analytical equipment for process control.
4. TDLAS – TAPPABLE DIODE LASER SPECTROSCOPY
Application: Moisture measurement in industrial gases, ultra-dry environments, special gases, and petrochemical applications.
Scientific Basis
Molecular absorption spectroscopy.
Beer-Lambert Law.
Applied quantum mechanics.
High spectral selectivity.
Performance.
Real-time response.
Detection at ppm or ppb levels.
High operational stability.
Low maintenance.
SEO Keywords:
gas moisture analyzer TDLAS, moisture analyzer for industrial gases, natural gas ppm moisture meter, petrochemical analytical system.
PREMIUM LABORATORY EQUIPMENT FEATURES
Weighing cell with electromagnetic compensation.
Integrated anti-vibration system.
Thermal chamber with homogeneous distribution.
Digital audit trails.
Storage of validatable methods.
Encrypted data security.
Integration with corporate systems.
HIGH-STANDARD INDUSTRIAL APPLICATIONS
GMP pharmaceutical industry.
Premium food industry.
Biotechnology.
Cosmetics.
Petrochemicals.
Fine chemicals.
Research and development (R&D).
ISO 17025 accredited laboratories. |
