AZA 0786 CEMENT SAMPLER

  • Accurate dry sampling from cement bags or containers
  • Ideal for lab use in quality control and material testing
  • Made of corrosion-resistant steel for long-term use
  • Easy-to-handle, portable, and highly durable
  • Complies with IS 3535 and related standards

AZA 0787 BLAINE’S AIR PERMEABILITY APPARATUS

  • Determines cement fineness via air permeability
  • Conforms to IS 4031 and ASTM C204 standards
  • Ideal for labs, QC departments, and cement plants
  • Precision glass manometer and permeability cell
  • Supplied with timer, filter paper, and plunger

AZA 0788 VICAT NEEDLE APPARATUS WITH DASHPOT

  • AZA 0788 Vicat Needle Apparatus with Dashpot
  • Tests cement consistency and setting time
  • Includes dashpot for stable needle movement
  • Durable construction for lab reliability
  • Ideal for educational and industrial labs

AZA 0789 RING MOULD

  • Standard ring mould for cement/mortar specimen formation
  • Used in expansion, consistency, and setting tests
  • Built from brass or gunmetal for durability
  • Conforms to IS 4031 and ASTM C151 standards
  • Suitable for use with Le Chatelier apparatus

AZA 0790 GILLMORE NEEDLE APPARATUS

  • Used to determine initial and final setting time of cement
  • Complies with ASTM C266 standards
  • Consists of two needles and a support frame
  • Durable brass and stainless-steel construction
  • Precision machined weights for accurate results
  • Ideal for construction and materials testing labs

AZA 0791 FLOW TABLE

  • 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

AZA 0792 FLOW TABLE (MOTORISED)

  • 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

AZA 0793 FLOW TABLE

  • 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

AZA 0794 FLOW TABLE (MOTORISED)

  • 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

AZA 0795 LE CHATELIER MOULD

  • Used to determine soundness of hydraulic cement
  • Complies with ASTM C151 and IS 269 standards
  • Made of high-quality spring brass
  • Includes split cylinder, indicators & base
  • Suitable for lab testing and academic use
  • Easy to clean and corrosion-resistant

AZA 0796 LE CHATELIER FLASK

  • Used to determine specific gravity of cement
  • Conforms to IS 4031 (Part 11) standard
  • Calibrated borosilicate glass flask
  • 250 ml capacity with graduated neck
  • High chemical and thermal resistance
  • Ideal for cement labs and testing centers

AZA 0797 SHRINKAGE BAR MOULD

  • Used for testing drying shrinkage of cement
  • Conforms to IS 4031 and ASTM C490 standards
  • Made from heavy-duty mild steel or gunmetal
  • Precision-ground surfaces for accurate length measurement
  • Includes end reference points for comparator use
  • Supplied with base plate and steel inserts

Cement is one of the ancient raw materials used in construction.
It is uncertain where it was first discovered that a combination of hydrated non-hydraulic lime and a Poznan produces a hydraulic mixture (e.g., Portland cement) harden because of hydration chemical reactions that occur independently of the mixture’s water content; they can harden even underwater or when constantly exposed to wet weather.
Cement is essentially a binder that binds other materials together, Modern cements are manufactured by a chemical process.
Raw materials are crushed, ground and blended before being heated in a rotary kiln until they combine chemically. The clinker from the kiln is then ground with gypsum to form Portland cement.
Different types of cement with different strengths and characteristics can be produced depending on the composition and quality of clinker, fl y ash, silica
fume, retarders, water proffers, coloring agents and other additives used in the mix.
It is essential to test the physical and chemical parameters of each cement batch produced and to identify the unique characteristics of each composition.
Such parameters include specific surface and gravity of cement particles, consistency, soundness, setting time, heat of hydration, inorganic chemical analysis, loss on ignition, air content and strength.