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General Items
ANILINE POINT TESTER AZA1328
The Aniline Point Tester (Model: AZA1328) from AZA Lab is a precision instrument designed for determining the aniline point and mixed aniline point of petroleum products and hydrocarbon solvents, in accordance with ASTM D611 Standard Test Methods. The aniline point is a critical parameter indicating the aromatic content and solvency properties of fuels and hydrocarbons. This instrument is widely used in laboratories, refineries, fuel quality control centers, and research facilities to ensure accurate characterization of product composition, compatibility, and performance.
The AZA1328 provides fully automated operation with integrated safety features, ensuring precise, reliable, and reproducible results while minimizing operator intervention.
Description
Technical Specifications
| Parameter | Specification |
|---|---|
| Model | AZA1328 |
| Temperature Control Range | Room temperature ~ 170°C |
| Temperature Accuracy | ±0.1°C |
| Heating Method | Electric heating rod |
| Heating Power | 60 W |
| Stirring Method | Motor-driven soft shaft |
| Detection Method | Photoelectric sensor |
| Storage Capacity | 200 records |
| Printing Method | Micro printer |
| Power Supply | AC 220 V ±10%, 50 Hz |
| Optional Accessories | Stainless steel tray: 1 Glass test tube: 1 |
Applications in Industry
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Fuel and Lubricant Quality Control: Evaluates aromatic content and compatibility.
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Refineries: Assesses feedstock characteristics and process suitability.
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Laboratories & Research: Supports analysis of hydrocarbon solvent properties and product formulation.
-
Regulatory Compliance: Ensures conformity with ASTM D611 and other industry standards.
The AZA1328 Aniline Point Tester is a highly reliable, fully automated, and user-friendly instrument that combines precision, safety, and efficiency, making it an essential tool for laboratories and industrial quality control operations.
Related products
ADVANCED TRIAXIAL TEST SYSTEM (UU–CU–CD CAPABLE) AZA1296
The AZA LAB Advanced Triaxial Test System AZA1296 is a fully automated geotechnical laboratory testing system designed for accurate determination of soil shear strength and deformation characteristics under controlled stress and drainage conditions.
The system supports all major triaxial compression testing modes including:
- Unconsolidated Undrained (UU)
- Consolidated Undrained (CU)
- Consolidated Drained (CD)
Engineered for high-precision geotechnical analysis, the AZA1296 replicates in-situ soil stress conditions to evaluate soil stability, strength behavior, pore pressure response, and failure mechanisms under axial loading.
The system integrates servo-controlled loading, automatic pressure regulation, real-time pore pressure monitoring, automated data acquisition, and advanced software analysis, making it ideal for geotechnical laboratories, civil engineering projects, infrastructure development, research institutions, and academic applications.
AUOTFLASH 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 TESTER AZA1288
The AZA Lab Dist-86S Semi-Automated Distillation Tester AZA1288 is a precision-engineered petroleum testing instrument designed for accurate determination of the distillation characteristics of petroleum products and volatile organic liquids in full accordance with ASTM D86 standards.
Built for laboratories requiring dependable performance, repeatability, and operational safety, the AZA1288 combines intelligent semi-automation with operator flexibility. The system is ideally suited for petroleum refineries, fuel inspection laboratories, aviation fuel testing facilities, research institutions, petrochemical plants, and educational laboratories.
The instrument utilizes PID-controlled heating technology, precision temperature monitoring, and an integrated condenser cooling system to ensure highly stable distillation conditions and accurate boiling point determination across a wide range of petroleum fractions.
OIL & GAS SAMPLING CYLINDERS – DOUBLE & TRIPLE ENDED AZA1274A
AZA LAB’s Oil & Gas Sampling Cylinders and Gas Sampling Bombs (AZA1274A) are precision-engineered, high-pressure vessels designed for the safe, accurate collection and transport of liquid or gas samples in the oil, gas, and petrochemical sectors.Azalab
Crafted from premium stainless steel (SS 304/316) or corrosion-resistant Monel, these cylinders are available in single-, double-, and triple-ended configurations to support a wide range of sampling operations—from wellhead and refinery extraction to lab-based chromatographic analysis.aza
Each unit is subjected to rigorous hydrostatic and burst testing and complies with international certifications including TPED, CE, DOT, and ISO. Standard fittings include ¼″ or ½″ NPT ports, with options for dip tubes, safety relief valves, and custom end fittings.aza
Whether used offshore, in-process lines, or in research labs, the AZA1274A offers maximum safety, chemical compatibility, and sample integrity.
PROGRAMMABLE FULLY-AUTOMATED CLEVELAND OPEN-CUP FLASH & FIRE POINT ANALYZER AZA1290
The AZA Lab Programmable Fully-Automated Cleveland Open-Cup Flash & Fire Point Analyzer AZA1290 is a high-precision petroleum testing instrument designed for fully automated determination of flash and fire points of petroleum products, lubricants, oils, bituminous materials, and combustible liquids in accordance with ASTM D92 and ISO 2592 standards.
Engineered for modern petroleum laboratories, the AZA1290 combines intelligent automation, advanced safety systems, precision temperature control, and comprehensive data management to deliver highly repeatable and operator-independent test results.
The system automates the complete testing cycle including heating control, ignition application, flash detection, fire point detection, result recording, and emergency shutdown, significantly improving laboratory efficiency, testing consistency, and operational safety.
SEDIMENT EXTRACTION TESTER AZA1313
The AZA1313 Sediment Extraction Tester from AZA Lab is a precision laboratory instrument engineered for the accurate determination of sediment content in crude oils and fuel oils using the extraction method specified in ASTM D473. Designed for reliability, consistency, and long-term laboratory use, this tester is an essential tool for petroleum refineries, inspection laboratories, and fuel quality control facilities.
Sediment content is a critical quality parameter that directly impacts storage stability, processing efficiency, pipeline integrity, and combustion performance of petroleum products. The AZA1313 ensures precise sediment measurement by extracting insoluble material using toluene, delivering dependable results across sediment concentrations ranging from 0.01% to 0.40% by mass, with capability for higher concentrations when required.
TAG CLOSED CUP FLASH POINT TESTER AZA1280
Standards Compliance
- ASTM D56 (Tag Closed Cup Method)
Measurement Capability
- Flash Point Range: –40°C to 70°C
- Suitable for liquids with flash points below 93°C
- Designed for low viscosity and highly volatile samples
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.