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Aggregate
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Bitumen/Asphalt
Security Survey Equipment
General Items
ASPHALT CONTENT TESTER AZA0967
The AZA0967 Asphalt Content Tester from AZALAB is an advanced laboratory instrument engineered for the rapid, accurate, and environmentally responsible determination of asphalt (bitumen) content in Hot Mix Asphalt (HMA) and other asphalt paving mixtures. The system operates on the Ignition Method (Loss on Ignition), representing a significant technological improvement over conventional solvent extraction techniques.
By eliminating hazardous solvents and utilizing controlled high-temperature combustion, the AZA0967 ensures fast turnaround, high repeatability, improved laboratory safety, and regulatory compliance, making it an essential tool for modern road construction quality control laboratories.
AUTOMATIC COMPACTOR FOR BITUMINOUS MIXES AZA0963
The AZA0963 Automatic Compactor for Bituminous Mixes from AZALAB is a precision-engineered laboratory instrument designed for the controlled and repeatable compaction of asphalt mixture specimens in accordance with the Marshall Mix Design method. It is an essential piece of equipment for civil engineering laboratories, highway authorities, asphalt producers, and research institutions involved in asphalt pavement design, evaluation, and quality control.
By accurately simulating the compaction energy imparted by traffic loads, the AZA0963 ensures that laboratory-prepared specimens closely represent field-compacted asphalt layers. This results in highly reliable data for determining Marshall Stability, Flow values, density, air voids, VMA, and optimum bitumen content, which are critical parameters for designing durable and long-lasting flexible pavements.
AUTOMATIC MARSHALL STABILITY TEST MACHINE AZA0954
The AZA0954 Automatic Marshall Stability Test Machine from AZALAB is a cornerstone instrument for modern civil engineering, highway material, and asphalt testing laboratories. Designed for fully automated determination of Marshall Stability and Marshall Flow, the AZA0954 plays a critical role in asphalt mix design, quality control, and performance evaluation of bituminous pavements.
Compared to conventional manual Marshall testers, the AZA0954 represents a significant technological advancement, offering superior accuracy, repeatability, operational efficiency, and digital data management. It is ideally suited for laboratories handling high sample volumes, regulatory testing, and advanced pavement research.
BENKELMAN BEAM AZA0961
The AZA0961 Benkelman Beam from AZALAB is a widely recognized and essential field instrument used for evaluating the structural capacity and remaining service life of flexible pavements. It is a standard and time-tested tool employed by civil engineers, highway authorities, consultants, and research organizations to measure rebound deflection of pavement surfaces under a standard wheel load.
Rebound deflection data obtained using the AZA0961 provides critical insight into the load-bearing capacity, elastic behavior, and structural condition of pavements. These measurements form the foundation for overlay design, pavement strengthening decisions, maintenance prioritization, and rehabilitation planning, ensuring durability and cost-effective management of road infrastructure.
CENTRIFUGE EXTRACTOR (HAND OPERATED) AZA0944
Key Features
- Manual hand-crank operation (no external power required)
- Heavy-duty cast aluminum body for long life
- Removable aluminum extraction bowl for easy cleaning
- Smooth, vibration-free rotation mechanism
- Tight safety lid to prevent solvent loss
CENTRIFUGE EXTRACTOR (MOTORISED) AZA0945
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- Powerful high-speed motor for rapid centrifugal separation
- Fully compliant with ASTM D2172 and AASHTO T164
- Stainless steel extraction bowl for corrosion resistance and durability
- Transparent, impact-resistant safety lid for visual monitoring
- Lid-interlock safety system prevents operation when open
- Low-vibration, balanced design for stable operation
- User-friendly digital control panel with variable speed control
CENTRIFUGE EXTRACTOR (MOTORISED) AZA0946
Density Meter AZA0969
The AZA0969 Digital Density Meter from AZA Lab is a high-precision analytical instrument designed for the accurate determination of density, relative density, and API gravity of liquids, petroleum products, and crude oils. The instrument is manufactured in accordance with ASTM D4052 and ASTM D5002, utilizing advanced digital oscillating U-tube technology to deliver fast, repeatable, and highly reliable results.
Density is a critical physical property for characterizing petroleum fractions, fuels, chemicals, and process fluids. The AZA0969 provides exceptional accuracy across a wide measuring range, making it an ideal solution for petroleum laboratories, refineries, inspection agencies, chemical plants, and quality control laboratories.
DIGITAL PENETROMETER AZA0939
The AZA0939 Digital Penetrometer from Azalab is an advanced, high-precision laboratory instrument designed for the accurate determination of the consistency of bituminous materials, including bitumen, asphalt, greases, waxes, petroleum jelly, and other semi-solid substances. Engineered for laboratories that demand maximum accuracy, repeatability, and ease of operation, the AZA0939 combines classical penetration testing principles with modern digital measurement and automated timing.
This instrument is widely used in civil engineering laboratories, road construction authorities, asphalt plants, petroleum laboratories, research institutions, and quality control departments, where strict compliance with international standards such as ASTM D5, EN 1426, AASHTO T49, IP 49, and IS 1203 is required.
DISTILLATION FOR CUT BACK BITUMEN AZA0937
The AZA0937 Distillation for Cut-Back Bitumen from Azalab is a precision laboratory apparatus designed for the quantitative determination of volatile diluents (fluxing agents or solvents) present in cut-back asphaltic materials. This test is essential for evaluating the curing behavior, workability, and final performance of cut-back bitumen used in road construction and pavement maintenance applications.
Cut-back bitumen relies on volatile solvents to temporarily reduce viscosity for ease of handling and application. The controlled distillation performed using the AZA0937 accurately measures these volatile components, enabling engineers and laboratory technicians to classify cut-back bitumen grades and verify compliance with project and regulatory specifications.
DUCTILITY TESTING APPARATUS AZA0956
The AZA0956 Ductility Testing Apparatus from AZALAB is a precision-engineered laboratory instrument designed to determine the ductility of bituminous materials, including paving grade bitumen, asphalt binders, and similar viscoelastic materials. Ductility is defined as the ability of a bituminous material to undergo tensile deformation before rupture and is a critical parameter for evaluating binder performance in flexible pavements.
In road construction, ductility testing plays a vital role in assessing how well bitumen will perform under temperature variations, repeated traffic loading, and long-term aging. A binder with adequate ductility is less prone to cracking and brittle failure, thereby contributing to durable, flexible, and high-performing pavements. The AZA0956 accurately measures the elongation distance (in centimeters) that a standard bitumen specimen can be stretched at a specified temperature and rate of pull before breaking.
ELASTIC RECOVERY MOULD AZA0958
The AZA0958 Elastic Recovery Mould is a precision-engineered testing accessory used in bitumen ductility and elastic recovery tests, particularly for evaluating polymer-modified bitumen (PMB) and elastomer-modified binders. It plays a critical role in determining the elastic behavior of bituminous binders after elongation, which directly influences pavement performance under traffic loads and temperature variations.
Elastic recovery is a key parameter for modern road construction materials, especially where enhanced flexibility, crack resistance, and rutting resistance are required. The AZA0958 mould ensures the formation of standardized, dimensionally accurate specimens, enabling reliable and repeatable elastic recovery measurements in accordance with international standards.
