Rock
Aggregate
Cement
Concrete
Soil
Steel
Bitumen/Asphalt
Security Survey Equipment
General Items
CONRADSON CARBON RESIDUE TESTER AZA1320
The AZA1320 Conradson Carbon Residue Tester from AZA Lab is a precision laboratory instrument designed for the determination of carbon residue in petroleum products using the electric furnace method, fully compliant with Chinese Industrial Standard SH/T 0170.
Carbon residue testing is a critical quality control parameter used to evaluate the thermal stability, combustion behavior, and deposit-forming tendency of lubricating oils, heavy fuels, and residual petroleum products. The AZA1320 delivers accurate, consistent, and repeatable results, making it an essential tool for petroleum laboratories, refineries, fuel testing centers, and research facilities.
Description
Design & Operational Efficiency
The AZA1320 features a compact, integrated desktop design, combining the heating furnace and temperature controller into a single, space-saving unit. This configuration improves operational convenience while maintaining excellent thermal performance.
Key operational advantages include:
-
High-temperature electric furnace capable of reaching 520°C
-
Digital temperature controller with ±5°C accuracy
-
Four-sample testing capacity, enabling higher throughput and reduced testing time
-
Simple, intuitive operation suitable for routine laboratory workflows
High-Precision Temperature Control
Accurate temperature control is essential for reliable carbon residue determination. The AZA1320 uses a stable electric furnace heating system with a digitally controlled temperature regulator, ensuring:
-
Uniform heat distribution
-
Stable operating temperatures
-
Excellent repeatability between test runs
This precision supports dependable results even during continuous laboratory operation.
Why Choose AZA1320?
-
Fully compliant with SH/T 0170 test method
-
Electric furnace method for safe and consistent heating
-
Simultaneous testing of up to four samples
-
Compact desktop footprint for space-constrained labs
-
Simple operation with reliable digital control
-
Ideal for lubricating oils, heavy fuels, and petroleum residues
Key Features
-
Conradson Carbon Residue tester
-
Electric furnace heating method
-
SH/T 0170 standard compliance
-
Four-sample simultaneous testing
-
Digital temperature control
-
Compact integrated design
-
High thermal stability and repeatability
Technical Specifications
| Parameter | Specification |
|---|---|
| Model | AZA1320 |
| Test Method | SH/T 0170 (Electric Furnace Method) |
| Power Supply | AC 220 V ±10%, 50 Hz |
| Maximum Power Consumption | 1300 W |
| Heating Mode | Electric furnace |
| Temperature Control Range | 0 – 520 °C |
| Temperature Control Accuracy | ±5 °C |
| Test Furnace Configuration | Single furnace with 4 sample holes |
| Ambient Temperature | Room temperature to 35 °C |
| Relative Humidity | ≤85% |
| Net Weight | 24 kg |
| Overall Dimensions (L×W×H) | 350 × 360 × 370 mm |
Applications
-
Petroleum and lubricant testing laboratories
-
Oil refineries and fuel blending facilities
-
Quality control and inspection labs
-
Research and development institutions
Related products
AUTOMATED CLEVELAND OPEN CUP FLASH & FIRE POINT ANALYZER AZA1276
The AutoFlash1276 (Model: AZA1276) from AZA Lab is a fully automated, microcontroller-based Cleveland Open Cup (COC) Flash and Fire Point Analyzer designed for high-temperature petroleum testing applications. Engineered for accuracy, safety, and regulatory compliance, the AZA1276 delivers reliable flash and fire point determination for materials with flash points above 79 °C up to 400 °C.
Complying with ASTM D92, ISO 2592, IS 1448 (Part 69), and IP 36, this advanced analyzer is ideal for laboratories and industrial environments where repeatability, operator safety, and international acceptance are critical.
AUTOMATED CLEVELAND OPEN CUP FLASH POINT ANALYZER AZA1279
Standards Compliance
- ASTM D92 (Cleveland Open Cup)
CLEVELAND OPEN-CUP FLASH & FIRE POINT TESTER AZA1292
The Cleveland Open Cup Flash Point Tester AZA1292 from AZA Lab is a reliable and precision-engineered laboratory instrument designed for determining the flash point and fire point of petroleum products in strict accordance with ASTM D92 and GB/T 3536-2008 standards. Engineered for accuracy, safety, and operational simplicity, the AZA1292 is an ideal solution for petroleum laboratories, refineries, inspection agencies, and quality control departments.
The instrument is suitable for testing petroleum products with flash points in the range of 79°C to 400°C, excluding fuel oils, and delivers consistent, repeatable, and standards-compliant results.
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.
FULLY AUTOMATED ATMOSPHERIC DISTILLATION ANALYZER AZA1287
The AZA1287 Atmospheric Distillation Analyzer from AZA Lab is a fully automated, high-precision distillation testing system designed for petroleum laboratories that require ASTM D86-compliant determination of boiling range characteristics. Engineered for accuracy, repeatability, and high-throughput operation, the AZA1287 is ideal for testing gasoline, diesel, kerosene, jet fuel, light hydrocarbons, and other petroleum fractions.
Atmospheric distillation testing plays a critical role in evaluating fuel volatility, composition, and performance, directly influencing fuel quality, emissions compliance, and operational safety. The AZA1287 automates the complete distillation process—eliminating manual intervention, reducing operator error, and ensuring consistent, regulation-compliant results.
PRECISION AUTOMATED DISTILLATION ANALYZER AZA1281
Standards Compliance
- ASTM D86
- ISO 3405
- IP 123
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.
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.