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Flexis Lab Furniture AZA1310

Flexible & Modern Laboratory Furniture for Demanding Workspaces

The AZA1310 Flexis C-Frame Laboratory Furniture System is the perfect choice for laboratories that require adaptability, durability, and efficiency. Designed with a cantilevered C-frame architecture, Flexis eliminates the need for plinths, creating a modern, open, and easy-to-maintain workspace.

The Flexis C-Frame System is ideal for research and development labs that need flexibility in layout, easy cabinet mobility, and uninterrupted access to rear service ducts for utilities and drain line maintenance.

Available Options:

  • Flexis (fixed installation)

  • Flexis Mobile (on smooth-rolling castors for easy relocation)

Suitable for: Research & Development Labs, Pharmaceutical Labs, Educational Institutions, Industrial Testing Facilities

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FLEXURAL FRAME 100 KN AZA1137

The Azalab AZA1137 Flexural Frame 100 kN is a precision-engineered apparatus used to determine the flexural (bending) strength of concrete beams, tiles, slabs, and paving blocks. Designed for reliability and consistent test results, this frame is used widely in construction testing labs, infrastructure QA/QC facilities, R&D institutions, and universities. Built with a rigid steel structure—either a two-column or four-column configuration—the frame minimizes deflection under maximum load, ensuring highly accurate and repeatable results. With a capacity of 100 kN (10 tons), it accommodates standard concrete beam sizes such as 100×100×500 mm and 150×150×700 mm, along with various tile or slab formats. The frame integrates a high-accuracy load cell with a digital indicator or PC-connected data acquisition system. Test force is delivered through a hydraulic power pack (manual or servo-controlled), allowing smooth, controlled application of load. Key Features
  • 100 kN high-capacity frame for concrete flexural testing
  • Rigid two-column or four-column structural design
  • Compatible with beams, tiles, paving blocks, and slabs
  • High-accuracy load cell with digital readout
  • Supports third-point and center-point loading
  • Compliant with ASTM C78, ASTM C293, EN 12390-5, IS 516
  • Manual, semi-automatic, or servo-controlled operation
  • Ideal for laboratories, R&D centers, QC departments
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FLEXURE TESTING MACHINE AZA1135

The Azalab Flexure Testing Machine (AZA1135) is purpose-built to measure the flexural (bending) strength of concrete beams with high precision and structural stability. Manufactured in accordance with IS:516, BS 1881, and ASTM C78, this machine offers accurate and repeatable results for construction laboratories, quality control units, R&D centers, and cement industry test facilities. Its compact, rugged steel frame provides exceptional rigidity while remaining portable enough for site laboratories. The unit uses a double-acting hydraulic pump paired with a retraction spring to ensure smooth piston movement and automatic return after loading. Load application occurs through the downward movement of the hydraulic piston, and measurements are read through a bourdon tube type fully calibrated dial gauge. Calibration is performed using an NCCBM-certified proving ring. The machine features a self-aligning roller assembly with spacers that accommodate different beam sizes, ensuring precise and consistent placement before testing. Key Features
  • Designed for flexural strength testing of concrete beams
  • Fully compliant with IS 516, BS 1881, and ASTM C78
  • Bourdon tube load gauge, 0–100 kN, calibrated for high accuracy
  • Heavy-duty, lightweight steel frame for easy handling
  • Double-acting hydraulic pump with retraction spring
  • Self-aligning roller assembly and spacers for multiple beam sizes
  • Compatible with 100×100×500 mm & 150×150×700 mm specimens
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Flow Cone AZA 0820 – Cement Mortar Flow Testing Tool

FLOW CONE AZA0815

The AZA0815 Flow Cone Apparatus from azalab is a high-accuracy instrument used for determining the flowability, viscosity, and fluid consistency of cement grout, mortar, and fine aggregate mixtures. Designed to meet the requirements of ASTM C939 and IS 9103, it is an essential tool for quality control in civil engineering labs, ready-mix concrete plants, and on-site construction testing.

This apparatus—also referred to as a grout flow cone—helps evaluate the time required for a cementitious or fine aggregate mixture to flow through a calibrated orifice. This flow time directly correlates to the mix’s workability, fineness, fluidity, and performance in applications such as grouting, repair mortars, high-flow cement systems, and self-compacting materials.

Built from rust-resistant stainless steel or anodized aluminum, the AZA0815 Flow Cone provides long-term durability and easy cleaning. It is supplied complete with a funnel, powder-coated stand, and a calibration plate to verify orifice size and measurement accuracy.aza

Its simple design, quick operation, and repeatable results make it ideal for laboratory research, quality control departments, and field engineers dealing with high-flow grouts or fine slurry mixes.

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FLOW TABLE AZA0791

  • Tests flow and workability of fresh concrete/mortar
  • Rigid brass or steel table with drop mechanism
  • Conforms to IS 1199 and ASTM C230 standards
  • Ideal for site QC and construction material labs
  • Supplied with mould and hand-operated handle
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FLOW TABLE (MOTORISED) AZA0791 A

  • Used to determine flow of cement mortar
  • Motorised model for consistent results
  • Conforms to ASTM C230 & IS 5512 standards
  • Includes brass flow mould and tamping rod
  • Heavy-duty cast iron base for durability
  • Ideal for cement, mortar & construction labs
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FLOW TABLE (MOTORISED) AZA0791C

  • Automates flow testing of cement and mortar samples
  • Complies with IS 1199 and ASTM C230 testing standards
  • Consistent drop mechanism with preset cycles
  • Heavy-duty base and precision drive motor
  • Ideal for cement labs, R&D, and high-volume testing
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FLOW TABLE AZA0791B

  • Measures mortar and concrete flow and workability
  • Manual drop mechanism for reliable consistency testing
  • Built as per IS 1199 and ASTM C230 specifications
  • Includes mould, table, handle, and drop cam
  • Used in site QC, R&D, and cement lab applications
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FLUX OVEN – 50 KG – STAINLESS STEEL AZA1273

The AZA LAB Flux Oven (Model AZA1273) is a high-performance drying and heating oven engineered for precise, uniform thermal processing of flux materials in laboratory and industrial environments. Designed with a robust double-walled construction and high-efficiency insulation, the oven delivers excellent thermal stability, energy efficiency, and long-term durability.

With a temperature range of 50°C to 400°C, forced air circulation, and a digital PID temperature controller with auto-tune, the AZA1273 ensures accurate temperature control and even heat distribution throughout the chamber. It is ideally suited for demanding applications in ceramics, metallurgy, materials testing, and quality control laboratories.

Enhanced safety is ensured through over-temperature protection with an audible alarm, while the system is validation-ready and compatible with optional data logging and thermal mapping accessories.

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FRAASS BREAKING POINT APPARATUS AZA0935

The AZA0935 Fraass Breaking Point Apparatus from Azalab is a specialized laboratory instrument designed for the accurate determination of the Fraass Breaking Point of bitumen and bituminous binders. This test is essential for evaluating the low-temperature behavior and brittleness of asphalt materials, particularly for pavements exposed to cold climatic conditions.

The Fraass Breaking Point represents the temperature at which a thin film of bitumen loses flexibility and cracks when subjected to controlled cooling and repeated flexing. Determining this temperature is critical for selecting suitable binder grades and preventing thermal cracking in asphalt pavements, thereby ensuring long-term durability and serviceability.

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Freezing Point Tester AZA1322

The AZA1322 Freezing Point Tester from AZA Lab is a fully automated, high-precision instrument designed for determining the freezing point of aviation fuels in accordance with ASTM D7153. Utilizing the automatic laser detection method, the system accurately identifies the lowest temperature at which fuel remains free of solid hydrocarbon crystals.

Freezing point determination is critical for aviation safety, as fuel temperature decreases significantly with altitude, speed, and flight duration. The AZA1322 ensures that aviation fuels meet regulatory requirements by confirming that the freezing point remains below the minimum operational temperature, guaranteeing safe fuel flow and reliable aircraft performance.

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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.

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