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.
Description
How It Works
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Place the cone on a rigid, non-absorbent base
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Fill the cone in three equal layers of concrete
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Tamp each layer 25 times with a standard tamping rod
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Lift the cone vertically and steadily
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Measure the slump in millimeters from cone height to concrete surface
This simple test provides a fast and reliable measurement of concrete consistency.
Applications
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On-site concrete testing at construction projects
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Laboratory quality control of fresh concrete
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Educational and training use in civil engineering institutes
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Ready-mix concrete plants
Technical Specifications
| Feature | Specification |
|---|---|
| Model | AZA1103 |
| Material | High-quality rigid plastic |
| Cone Height | 300 mm |
| Top Diameter | 100 mm |
| Base Diameter | 200 mm |
| Standards | IS 1199, ASTM C143 |
| Reusability | Yes |
| Cleaning | Easy to clean |
| Weight | Lightweight |
| Usage | Lab and field testing |
FAQs
Q1: What is this slump cone used for?
It is used to measure the consistency and workability of fresh concrete.
Q2: Why choose a plastic cone instead of metal?
Plastic cones are lightweight, corrosion-resistant, and easier to maintain.
Q3: Does this meet standard testing requirements?
Yes, it complies with IS 1199 and ASTM C143.
Q4: Can it be reused?
Yes, it is reusable and designed for long-term use.
Q5: Is it suitable for site work?
Yes, it is ideal for both laboratory and on-site applications.
Additional information
| Model |
AZA 1103 |
|---|---|
| Material |
High-quality rigid plastic |
| Cone Height |
300 mm |
| Top Diameter |
100 mm |
| Weight |
Lightweight |
| Ideal For |
On-site & laboratory testing |
Related products
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Built with a high-accuracy capillary tube system, the AZA1108 maintains a constant water head over a defined test area and records the volume of water absorbed over specific time intervals — typically at 10, 30, and 60 minutes. The readings obtained help engineers understand the surface porosity of concrete, which is a critical indicator of resistance against weathering, chloride ingress, corrosion of reinforcement, and environmental deterioration.
Designed in compliance with BS 1881-208, this apparatus ensures reliable, repeatable, and standard-compliant results. Its sturdy, rust-proof construction and easy-to-use configuration make it ideal for both routine testing and advanced durability studies in construction material laboratories.
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Key Features
- Motorised operation for consistent and uniform mixing
- Ideal for laboratory-scale concrete preparation
- Durable drum crafted from mild steel or stainless steel
- Heavy-duty induction motor for long, reliable service life
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Key Features
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PLASTIC MOULDS AZA1125
The AZA1125 One-Piece Plastic Cube Mould (150 mm) from Azalab is a next-generation alternative to traditional metal cube moulds. Built from high-strength, non-deformable engineering plastic, this mould is designed to offer superior ease of use, long service life, and consistent dimensional accuracy for concrete compressive strength testing.
Its seamless, single-piece construction eliminates the need for bolts, screws, or external frames. Users simply apply demoulding oil, cast the concrete, and after curing, eject the cube using compressed air or water pressure, achieving clean and damage-free removal every time.
Compared to heavy metal moulds, the AZA1125 weighs nearly 90% less, providing clear advantages in portability, handling, and storage—making it ideal for both laboratory and on-site testing environments. Manufactured using an eco-friendly, non-polluting process, this mould supports sustainability goals in modern construction testing.
POCKET CONCRETE PENETROMETER AZA1114
- Measures Early Setting & Strength of concrete and mortar
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VEE BEE CONSISTOMETER AZA1101
AZA1101 Vee Bee Consistometer is a laboratory-grade concrete testing instrument designed for measuring the workability of stiff and low-slump concrete mixes with high accuracy. It is widely used in construction material testing laboratories, civil engineering institutes, infrastructure projects, and quality control departments.
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The unit is equipped with a precision vibrating table that ensures uniform vibration and repeatable testing results. It comes as a complete set including a standard slump cone, transparent cylindrical container, graduated rod with metal disc, and a powerful vibration unit.
Manufactured from heavy-duty, powder-coated steel, the AZA1101 offers excellent durability and stable performance even under continuous laboratory use. The apparatus is designed and built in compliance with IS 1199 and ASTM C1170 standards, ensuring reliable, repeatable, and internationally accepted test results.
Its easy-to-use design, low maintenance requirement, and robust construction make the AZA1101 a dependable solution for professionals involved in construction material testing and concrete quality control.
