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General Items
ANILINE POINT TEST APPARATUS AZA1328A
The AZA1328A Aniline Point Test Apparatus is a precision-engineered laboratory instrument designed for the accurate determination of the aniline point of petroleum products, including diesel fuels, lubricating oils, and fuel oils. The aniline point is a critical indicator of the aromatic hydrocarbon content, which directly affects fuel compatibility with rubber components and overall product performance.
Engineered for high accuracy, repeatability, and compliance with international standards, the AZA1328A is ideally suited for petroleum laboratories, refineries, academic institutions, and quality control facilities.
Standard Compliance
- Conforms to: ASTM D611
- Equivalent Standard: IP 2
Description
Working Principle
The apparatus determines the lowest temperature at which equal volumes of aniline and the test sample become completely miscible. The mixture is heated at a controlled rate, and the temperature at which a clear, homogeneous solution is formed is recorded as the aniline point.
Technical Specifications
| Parameter | Specification |
|---|---|
| Temperature Range | Ambient to 150°C |
| Temperature Resolution | 0.1°C |
| Accuracy | ±0.2°C |
| Heating System | Electric heating with regulator |
| Stirring Mechanism | Manual / Motorized (Optional) |
| Bath Medium | Silicone Oil / Glycerin |
| Power Supply | 220–240V AC, 50 Hz |
| Display | Digital / Mercury Thermometer |
| Test Tube | Borosilicate Glass |
Construction Features
- Double-walled oil bath for uniform temperature distribution
- Insulated outer body for enhanced safety and thermal efficiency
- Adjustable heating regulator for precise control
- Durable mild steel body with powder-coated finish
- Transparent viewing window for clear observation of test process
Optional Accessories
- Digital temperature controller
- Magnetic stirrer
- PT100 sensor with digital display
Safety Features
- Over-temperature protection (optional)
- Heat-resistant handles
- Stable and vibration-resistant base
Weight (Approx.)
- 3 – 4 kg
Advantages
- High precision with excellent repeatability
- Simple and reliable operation
- Low maintenance and long operational life
- Suitable for routine and continuous laboratory testing
Related products
Advanced Triaxial Test System (UU–CU–CD Capable) (AZA 1296)
- UU–CU–CD test modes for complete soil strength profiling
- Automated control of pressure, load, and drainage
- Compatible with clay, silt, sand, and mixed soils
- Integrated data acquisition and real-time graphing
- Meets ASTM D2850, D4767, BS1377, AASHTO standards
- Ideal for geotechnical, research, and academic use
Apparatus for Sulfur Content in LPG AZA1300A
Apparatus for Sulfur Content in LPG – AZA1300A
The AZA1300A Apparatus for Sulfur Content in LPG from Azalab is a high-performance analytical system designed for the accurate determination of total volatile sulfur in gaseous hydrocarbons and liquefied petroleum gases (LPG). Developed in strict accordance with ASTM D6667, this advanced instrument utilizes the Ultraviolet Fluorescence (UVF) detection method, delivering exceptional sensitivity, stability, and repeatability across a wide concentration range.
The AZA1300A is purpose-built for refineries, petrochemical plants, natural gas processing units, inspection laboratories, and quality assurance facilities, where precise sulfur measurement is critical for product quality, regulatory compliance, and environmental safety
AUTOMATED CLEVELAND OPEN CUP FLASH POINT ANALYZER AZA1279
The Automated Cleveland Open Cup Flash Point Analyzer (Model: AZA1279) from AZA Lab is a fully automated, microprocessor-controlled flash point testing system designed for accurate determination of the flash point of petroleum products using the Cleveland Open Cup (COC) method. Engineered in strict compliance with ASTM D92, the AZA1279 delivers reliable, repeatable, and traceable results for laboratories where safety, regulatory compliance, and precision are essential.
Flash point determination plays a vital role in assessing the flammability, handling safety, storage conditions, and transportation classification of combustible liquids. The AZA1279 automates the entire test cycle—heating, ignition, detection, and result recording—minimizing human error while maximizing consistency and operator safety
AZA LAB Classic Open Cup Flash Point Apparatus AZA1294
The AZA1294 Classic Open Cup Flash Point Apparatus from AZA LAB is a reliable and cost-effective laboratory instrument designed for the determination of flash point temperature of petroleum products and flammable liquids using the Cleveland Open Cup (COC) method, in full compliance with ASTM D92 and ISO 2592 standards.
This apparatus is widely used in petroleum testing laboratories, quality control facilities, educational institutions, and fuel safety assessment centers, where accurate flammability classification is essential.
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.
Oil & Gas Sampling Cylinders Single End with Dip Line (AZA- 1274)
AZA LAB Sampling Cylinders & Gas Sampling Bombs are robust, high‑pressure vessels engineered for safe, reliable collection, storage, and transport of liquids and gases in demanding industrial environments. Available in single‑ended, double‑ended, and flat‑ended variants, they are constructed from premium materials like stainless steel (304/316 L) and Monel, offering corrosion resistance and durable performance . TPED, CE, and ISO certifications ensure compliance with international safety and transport regulations. Each cylinder features precision-engineered NPT connections (¼″ or ½″), customizable volumes from 150 cc to 10 L, and pressure ratings up to 5000 psig, making them ideal for applications in refineries, petrochemical labs, chromatographic analysis, and gas sampling in high‑pressure systems . Hydrostatic testing guarantees reliable integrity under rigorous conditions, while additional options—such as specialized valves, burst discs, dip tubes, and protective carrying cases—allow for tailored configurations to meet specific sampling needs.
Petroleum Product Distillation Tester AZA1284
The AZA1284 Manual Distillation Unit from AZA Lab is a high-precision, front-type petroleum distillation system engineered for accurate determination of distillation characteristics of petroleum products in accordance with ASTM D86 and GB/T 6536 test methods. Designed for laboratories that require reliable manual control with superior thermal stability, this unit delivers consistent, repeatable, and standards-compliant results.
With its dual-unit configuration, independently controlled constant-temperature baths, and continuously adjustable heating power, the AZA1284 offers exceptional flexibility and efficiency for routine quality control, inspection, and research applications.
Semi‑Manual Distillation Analyzer AZA1286
The Semi-Manual Distillation Analyzer (AZA1286) from AZA Lab is engineered to deliver accurate, repeatable, and ASTM D86-compliant atmospheric distillation testing for petroleum products. Designed to combine the robustness of manual operation with the precision of digital instrumentation, the AZA1286 is an ideal solution for educational institutions, QA/QC laboratories, and small- to mid-scale production facilities requiring reliable routine fuel analysis without the complexity of full automation.
This analyzer provides operators with direct control over heating, condensation, and receiver handling, while benefiting from digital temperature measurement, timing functions, and safety monitoring. The result is a cost-effective, dependable system that maintains compliance with international testing requirements.
