SIEVE SHAKER AZA0925

The Azalab AZA0925 Sieve Shaker is a precision-engineered laboratory instrument designed to deliver accurate, repeatable particle size analysis of granular and powdered materials. Engineered to replicate the effectiveness of manual sieving, the AZA0925 combines circular vibratory motion with controlled mechanical tapping, ensuring superior particle separation across a broad range of sieve sizes.

This dual-action mechanism provides significantly better separation efficiency than vibration-only shakers. Mechanical tapping reduces particle agglomeration and promotes effective stratification—critical when testing irregular particles, clay-coated aggregates, soil fines, mineral powders, cementitious materials, and industrial powders.

SIEVE SHAKER AZA1302

The AZA1302 Sieve Shaker is a robust, precision-engineered instrument designed to deliver accurate, repeatable, and standardized particle size analysis for a wide range of granular materials. By combining rotational vibration with mechanical tapping, the AZA1302 closely simulates traditional hand sieving while eliminating operator variability, fatigue, and inconsistency.

This makes the AZA1302 an essential laboratory instrument for soil mechanics, aggregates testing, powders, granules, cement, pharmaceuticals, food products, mining materials, and construction quality control.

Manual sieving is often time-consuming and subject to human error. The AZA1302 automates the process, significantly improving test efficiency, reproducibility, and compliance with international standards such as ASTM E11 and ISO 3310.

SKID RESISTANCE AND FRICTION TESTER STANDARD AZA0985

The AZA0985 Skid Resistance & Friction Tester is a precision mechanical instrument designed to measure the coefficient of friction and skid resistance of pavement surfaces. Based on the pendulum operating principle, it accurately determines Skid Resistance Value (SRV) / British Pendulum Number (BPN) for both wet and dry surfaces.

This equipment is widely used by highway authorities, airport maintenance teams, civil engineering laboratories, and R&D institutions to ensure surface safety and compliance with international standards.


Key Features

  • Tests skid resistance of roads, runways & industrial floors

  • Conforms to ASTM E303 and BS 812 Part 114 standards

  • Fully mechanical pendulum system – no power required

  • Heavy-duty base with spring-loaded arm mechanism

  • Portable and field-friendly design

SLAKE DURABILITY APPARATUS AZA1005

AZA1005 Slake Durability Apparatus is a high-precision laboratory testing machine designed to determine the Slake Durability Index (SDI) of weak and weather-sensitive rocks. It simulates natural wetting and drying cycles to evaluate how rock specimens deteriorate over time when exposed to environmental conditions.

This apparatus is widely used in geotechnical engineering, mining, civil construction, and academic research to assess the long-term stability of rocks such as shale, mudstone, marl, and claystone.

SLAKING VESSEL AZA0810

The AZA0810 Slaking Vessel is a specialized laboratory apparatus designed for conducting quicklime reactivity tests by monitoring the temperature rise during the slaking process. This evaluation is essential in cement, lime manufacturing, soil stabilization, and materials laboratories to determine the quality and performance of calcium oxide (CaO) when hydrated.

Constructed from corrosion-resistant stainless steel or anodized aluminum, the vessel features a single or double-walled insulated chamber, ensuring precise temperature measurement without external heat interference. It is engineered in accordance with ASTM C110 – Standard Test Methods for Physical Testing of Quicklime, Hydrated Lime, and Limestone.

Slotting Machine AZA1192

The AZA LAB Slotting Machine – Model AZA1192 is a robust, high-performance machine designed for precision slotting, shaping, and cutting operations in metal and wood materials. Engineered for durability and accuracy, this machine is widely used for producing slots on bolt heads, screws, keyways, and other precision components.

Manufactured using high-quality raw materials and advanced engineering techniques, AZA1192 delivers reliable performance in both light and heavy-duty industrial applications. Its hardened and lapped steel gears ensure smooth operation, long service life, and minimal maintenance.

SLUMP CONE, PLASTIC AZA1103

AZA1103 Slump Cone (Plastic) is a durable and lightweight testing tool designed for accurate measurement of concrete workability and consistency. It is widely used in construction sites, civil engineering laboratories, and quality control departments for fast and reliable slump testing of fresh concrete mixes.

Unlike traditional metal cones, this model is manufactured from high-quality rigid plastic, making it corrosion-resistant, dent-proof, and highly suitable for repeated field and laboratory use. Its lightweight construction makes it easy to transport and ideal for site engineers and mobile testing teams.

The apparatus is manufactured to standard dimensions and fully complies with IS 1199 and ASTM C143, ensuring accurate and repeatable test results. The smooth internal surface minimizes friction, allowing easy release of concrete and improving measurement accuracy.

This slump cone helps engineers quickly determine if a concrete mix has the correct consistency for placement, compaction, and finishing. It is especially useful for quality checks before concrete pouring to avoid honeycombing, segregation, or improper flow.

AZA1103 is reusable, easy to clean, and requires minimal maintenance, making it a long-lasting and cost-effective solution for routine concrete testing.

SLUMP TEST APPARATUS AZA1102

AZA1102 Slump Test Apparatus is designed for the accurate evaluation of concrete workability and consistency in both laboratory and field conditions. It is an essential quality control tool used in construction projects, civil engineering laboratories, and educational institutions.

This apparatus complies with IS 7320 and BS 1881-102 standards, ensuring reliable and standardized test results. It is primarily used to determine the slump value of fresh concrete, indicating its ease of placement, compaction, and finishing.

The set includes a durable metal slump cone manufactured to standard dimensions — 200 mm bottom diameter, 100 mm top diameter, and 300 mm height — providing dimensional accuracy and long service life. A 16 mm diameter tamping rod, 600 mm long with rounded ends, is provided to properly compact the concrete sample in layers.

The apparatus is suitable for testing concrete with aggregate sizes up to 38 mm, making it ideal for common residential, commercial, and infrastructure applications.

To improve handling and stability, the unit includes a rigid base plate with clamping arrangements and lifting handles, making it easy to use both on construction sites and in laboratories.

The AZA1102 Slump Test Apparatus is known for its simple operation, rugged construction, high accuracy, and low maintenance, making it a dependable choice for routine concrete testing.

SOIL CONE PENETROMETER AZA0851

The AZA0851 Precision Cone Penetrometer from AZALAB is a high-accuracy laboratory instrument designed for determining the liquid limit of fine-grained soils using the cone penetration method. The apparatus fully complies with IS 2720 (Part 5) and ASTM D4318, making it suitable for standardized soil classification and geotechnical investigations. Unlike the Casagrande method, the cone penetrometer provides a more objective and repeatable measurement of liquid limit by correlating soil consistency to the depth of penetration of a standardized cone under its own weight. This method is widely preferred in modern soil mechanics laboratories due to reduced operator dependency and higher precision.

Principle of Operation

A soil paste prepared at a known moisture content is placed in the sample cup. The stainless steel cone, of specified mass and angle, is allowed to penetrate the soil freely for 5 seconds. The depth of penetration (up to 20 mm) is measured using a precision depth gauge. The moisture content corresponding to 20 mm penetration is defined as the liquid limit of the soil.

Standards Compliance

  • IS 2720 (Part 5) – Determination of liquid and plastic limits
  • ASTM D4318 – Liquid Limit, Plastic Limit, and Plasticity Index of Soils

SOIL HYDROMETER AZA0858

AZA0858 – Reliable Soil Hydrometer for Fine Particle Analysis The AZA0858 Soil Hydrometer from AZA Lab is a precision glass instrument designed for grain size analysis of fine-grained soils using the sedimentation (hydrometer) method. It is specifically intended for soils in which more than 10% of the material passes through the 75-micron sieve, ensuring accurate assessment of clay and silt fractions in accordance with internationally recognized standards. Manufactured from high-clarity transparent borosilicate glass, the AZA0858 features a permanently engraved density scale for direct, reliable readings of suspension density over time. The instrument is factory calibrated and optimized for use at 27°C, delivering high precision in both laboratory and controlled field testing environments.

SOIL PERMEABILITY 75 MM AZA0878

The AZA0878 Soil Permeability Apparatus from Azalab is a precision laboratory instrument designed for accurate determination of soil permeability (hydraulic conductivity) using both Constant Head and Falling Head methods. Equipped with a 75 mm diameter permeameter cell, this apparatus is ideal for comprehensive testing of coarse-grained and fine-grained soils in geotechnical laboratories.

Determination of soil permeability is essential for the design and analysis of foundations, earth dams, embankments, drainage systems, groundwater flow studies, and liquefaction assessments. The AZA0878 delivers reliable, repeatable, and standard-compliant results for professional soil testing.

SOIL TESTING KIT AZA0887

The AZA0887 Portable Soil Testing Kit from Azalab is a compact and reliable solution designed for on-site soil pH determination. It enables quick and effective soil analysis without the need for electricity, digital meters, or laboratory infrastructure, making it ideal for fieldwork, educational use, and preliminary soil assessments.

Soil pH is a critical parameter influencing nutrient availability, microbial activity, and plant growth. The AZA0887 allows users to assess soil conditions in real time, supporting informed decisions in agriculture, landscaping, and environmental studies.