Rock
Aggregate
Cement
Concrete
Soil
Steel
Bitumen/Asphalt
Security Survey Equipment
General Items
TAN & TBN (Karl Fischer Moisture Titrator) Tester AZA1315
The AZA1315 Karl Fischer Moisture Titrator from AZA Lab is a high-precision analytical instrument designed for the determination of trace water content in liquid petroleum products, lubricating oils, additives, and related materials using the Coulometric Karl Fischer method.
The instrument is designed and manufactured in full compliance with international and industry standards including GB/T 7600, SH/T 0246, ASTM D1533, and ASTM D6304, ensuring accurate, repeatable, and globally accepted moisture analysis results.
Powered by advanced microcomputer control technology, the AZA1315 delivers fast testing, high sensitivity, and stable performance. Its touch-screen LCD interface, fully automated titration, and built-in thermal printer make it an ideal solution for laboratories and industrial quality control environments requiring precise moisture determination.
Description
Key Features & Applications
High Sensitivity Analysis
-
Ideal for micro and trace-level water content determination
-
Suitable for low-moisture petroleum products and additives
Precise Calibration
-
Equipped with a 0.5 µL precision injector for fast and accurate calibration
Stable & Accurate Measurement
-
Utilizes alternating balance isolation detection technology
-
Ensures fast response, excellent repeatability, and reliable results
User-Friendly Operation
-
7-inch color LCD touch screen
-
Menu-driven interface for intuitive operation and minimal training
Efficient Data Output
-
Built-in printer for fast, clear, and quiet result printing
Programmable Mixing Control
-
Mixing speed can be adjusted directly on-screen
-
Ensures optimal reaction conditions for different sample types
Applications
-
Moisture determination in petroleum products
-
Analysis of lubricating oils and additives
-
Quality control in refineries and blending plants
-
Research and testing laboratories
-
Industrial and regulatory inspection labs
Technical Specifications
| Parameter | Specification |
|---|---|
| Model | AZA1315 |
| Titration Method | Microprocessor-controlled coulometric titration |
| Electrolytic Current Output | 0–400 mA, automatic control |
| Display System | 7-inch color LCD touch screen |
| User Interface | Touch screen input |
| Sensitive Valve Resolution | 0.1 µg H₂O |
| Accuracy | 10 µg – 1 mg H₂O: ±3 µg |
| Above 1 mg H₂O: ±0.3% (excluding injection error) | |
| Power Consumption | < 100 W |
| Operating Environment | Free from vibration, strong magnetic fields, dust, or corrosive gases |
Why Choose AZA1315
-
Accurate and rapid moisture determination using coulometric KF method
-
Fully compliant with ASTM, GB, and SH standards
-
Touch-screen controlled, fully automated operation
-
Integrated printer for immediate documentation
-
Compact, stable, and reliable for long-term laboratory use
Model: AZA1315 – Karl Fischer Moisture Titrator
Related products
Apparatus for Hydrogen Sulfide Tester – AZA1314
The Apparatus for Hydrogen Sulfide Tester AZA1314Â from AZA Lab conforms to the ASTM D7621 Standard Test Method for the determination of hydrogen sulfide in fuel oils by rapid liquid phase extraction.
In this method, a weighed test sample is placed into a heated vessel containing a diluent base oil, where air is bubbled through to extract hydrogen sulfide gas. The extracted gas is then directed, via a vapor phase processor (Procedure A), to an Hâ‚‚S-specific electrochemical detector, which measures its concentration in air and calculates the amount in the liquid phase in mg/kg. For Procedure B, the use of a filter cartridge is not required.
AutoDist‑86 Glass Distillation AZA1282
AutoDist-86 Glass Distillation Unit – AZA1282
The AutoDist-86 Glass Distillation Unit (Model: AZA1282) from AZA Lab is a high-performance laboratory water distiller engineered for the consistent production of ultra-pure distilled water. Manufactured entirely from high-grade borosilicate 3.3 glass, this unit delivers exceptional chemical resistance, thermal stability, and long-term durability, making it ideal for scientific, medical, pharmaceutical, and academic laboratories.
Designed for reliability and purity, the AZA1282 ensures contamination-free distillation without the risk of metallic ion leaching common in metal-bodied stills.
AutoFlash – Automated Abel Flash Point Analyzer AZA1277
The AutoFlash-1277 (Model: AZA1277) from AZA Lab is a fully automated, microcontroller-based Abel Flash Point Analyzer designed for accurate, safe, and repeatable determination of flash points of combustible liquids. Engineered to meet stringent international testing requirements, this advanced instrument conforms to IP 170, ISO 13736, and IS 1448 (Part 20) standards.
Covering a standard temperature range of –30°C to 70°C, extendable up to 110°C, the AZA1277 is ideally suited for laboratories involved in petroleum testing, petrochemical quality control, fuels research, and regulatory compliance.
Dist‑86S Semi‑Automated Distillation Analyzer AZA1283
The AZA1283 Dist-86S Semi-Automated Distillation Analyzer from AZA Lab is a robust, reliable, and precision-engineered instrument designed for determining the distillation characteristics of petroleum products and volatile organic liquids in accordance with ASTM D86 and equivalent international standards.
Combining operator control with intelligent automation, the AZA1283 is ideally suited for refineries, petrochemical laboratories, quality control facilities, research institutions, and regulatory testing laboratories that require accurate, repeatable, and standards-compliant distillation analysis without the complexity of fully automated systems.
Programmable Fully‑Automated Cleveland Open‑Cup Flash & Fire Point Analyzer AZA1290
The AZA1290 Flash Point Analyzer from AZA Lab is a programmable, fully automated Cleveland Open-Cup (COC) flash and fire point testing system, engineered for high-accuracy determination of flash and fire points of petroleum products and combustible liquids. Designed in full compliance with ASTM D92 and ISO 2592, the AZA1290 delivers exceptional precision, repeatability, safety, and laboratory efficiency.
Flash and fire point determination is a critical safety and quality parameter for fuels, lubricants, oils, and chemicals. The AZA1290 eliminates manual variability by automating heating control, ignition, detection, data recording, and safety shutdown, making it ideal for modern petroleum laboratories and regulatory environments.
Semi-Automated Abel Flash Point Analyzer AZA1275
The AZA1275 AutoFlash Abel Flash Point Tester from AZA Lab is a semi-automated, microcontroller-based Abel closed cup analyzer designed for precise determination of flash points of low-flash combustible liquids. Engineered to comply with IP 170, ISO 13736, and IS 1448 (Part 20), AZA1275 ensures reliable, repeatable, and regulation-compliant testing for petroleum, chemical, and industrial laboratories.
Equipped with an integrated Windows-based PC interface, AZA1275 delivers intuitive operation, automated flash detection, controlled heating, and comprehensive fault diagnostics. The system is ideal for laboratories that require accuracy, safety, and efficiency without the cost complexity of fully automated systems.
Semi‑automated atmospheric distillation analyzer AZA1285
The AZA1285 is equipped with a low-voltage, manually adjustable heater combined with PID-controlled condenser and receiver sections, ensuring stable distillation rates and accurate thermal management throughout the test cycle. The system incorporates a closed-loop, CFC-free refrigeration unit, providing efficient condensation without reliance on external cooling water or environmentally harmful refrigerants.
A built-in inert gas purge system enhances operational safety by allowing controlled nitrogen or inert gas injection, reducing oxidation risks and ensuring compliance with laboratory safety protocols.
X-Ray Sulfur Meter Tester AZA1300B
The X-Ray Sulfur Meter (Model: AZA1300B) from AZA Lab is a highly efficient and precise instrument designed to measure sulfur content in petroleum and petrochemical products during production. It enables fast, non-destructive analysis, making it an essential tool for quality control, process optimization, and regulatory compliance.
Ideal for use in refineries, laboratories, and production sites, this instrument provides accurate, reliable results with minimal sample preparation, ensuring consistent performance and repeatability.
