Rock
Aggregate
Cement
Concrete
Soil
Steel
Bitumen/Asphalt
Security Survey Equipment
General Items
DLC VIBRATING HAMMER FOR CONCRETE MOULDS AZA1169
The AZA 1169 DLC Vibrating Hammer is a high-efficiency compaction tool engineered for consistent, reliable consolidation of concrete in moulds and formworks. Designed for demanding applications in construction sites, precast units, and civil engineering laboratories, this vibrating hammer ensures dense, void-free concrete specimens that meet stringent quality and structural standards.
Built with a high-strength alloy steel body and powered by a 220–240V heavy-duty motor, the AZA 1169 delivers 10,000–12,000 vibrations per minute (VPM), enabling fast and uniform compaction. Its ergonomic design reduces operator fatigue, while its precision vibration system ensures optimal penetration into the concrete matrix.
Description
Key Features & Benefits
Efficient Concrete Compaction
Removes entrapped air and eliminates honeycombing, improving compressive strength and durability.
Professional-Grade Build
Constructed with a robust alloy steel casing designed for continuous operation in both lab and field conditions.
Fast & Cleaner Operation
Outperforms manual tamping and impact methods, achieving quicker compaction with higher consistency.
Universal Application
Suitable for cube, cylinder, beam, column, and precast moulds commonly used in ASTM, IS, and EN standards.
Portable & Ergonomic
Compact body, optimized tamper foot, and balanced vibration output for extended use with reduced fatigue.
Standards
Meets requirements for concrete compaction practices as per ASTM C 232 and EN 480-4.
How It Works
The DLCHammer delivers high-frequency vibrations through a flat tamping foot. When pressed on the concrete surface or mould, the vibrations travel deep into the mix, dislodging trapped air and facilitating uniform settlement. This ensures full compaction—especially vital for high-strength and low-slump concrete.
Applications
-
Concrete cube, cylinder, beam, and column moulds
-
Precast concrete components
-
Laboratory compaction for mix design testing
-
Slab, beam & architectural formwork
-
Quality control environments (QA/QC labs)
-
Field sampling and detailing work
Specifications
| Feature | Details |
|---|---|
| Model | AZA 1169 – DLC Vibrating Hammer |
| Power Source | Electric |
| Voltage | 220–240 V |
| Frequency | 50/60 Hz |
| Power Output | 500–1000 W (based on variant) |
| Vibration Frequency | 10,000–12,000 VPM |
| Body Material | High-strength alloy steel |
| Includes | 1 Tamping Foot + 1 Shank |
| Dimensions | 290 × 255 × 350 mm |
| Weight | Approx. 6 kg |
| Warranty | 1 Year Standard Manufacturer Warranty |
| Compliance | ASTM C 232, EN 480-4 |
Frequently Asked Questions (FAQ)
Q1: What is the primary use of the AZA 1169 Vibrating Hammer?
It compacts concrete inside moulds by removing air voids, ensuring dense, uniform specimens.
Q2: Can it be used in both labs and construction sites?
Yes. It is robust enough for field use and precise enough for laboratory compaction.
Q3: Does it operate on standard power supply?
Yes, it works on 220–240V AC supply.
Q4: Are multiple mould types supported?
It is compatible with beam, cube, column, and precast moulds.
Q5: Is a warranty provided?
Yes, a 1-year manufacturer warranty is included.
Additional information
| Power Source |
Electric |
|---|---|
| Body Material |
High-strength alloy steel casing |
| Usage |
Concrete moulds, precast, lab testing |
You may also like…
Related products
CHASE AIR INDICATOR AZA1105
AZA1105 Chase Air Indicator is a compact, lightweight, and highly practical field instrument designed to measure the air content in freshly mixed concrete. It is widely used in construction sites where rapid quality decisions are required and laboratory testing equipment is not readily available.
This device serves as a reliable field alternative to standard air content methods such as ASTM C231 (Pressure Method) and ASTM C173 (Volumetric Method). While it is not intended to replace laboratory-grade instruments, it provides fast, useful guidance that helps engineers and site supervisors maintain proper concrete mix quality.
Air entrainment plays a critical role in concrete durability, especially in regions exposed to freeze–thaw cycles, and contributes significantly to workability and pumpability of concrete. AZA1105 helps ensure that air content remains within the recommended range (typically 4%–7%), reducing the risk of weak or brittle concrete.
The working principle is based on fluid displacement and vacuum pressure balance. A representative mortar sample is collected and placed inside the testing chamber, where a controlled vacuum is applied. The internal pressure difference is translated directly to a calibrated dial gauge showing the approximate air content percentage.
With no electrical components, moving mechanical assemblies, or complex maintenance requirements, the AZA1105 is extremely reliable and built for tough field conditions. Its rugged body and easy-to-read dial make it suitable for continuous daily use in real-world jobsite environments.
COMPACTION FACTOR APPARATUS AZA1107
- Precision measurement of compaction factor for dry and stiff concrete
- Double-hopper system with smooth trap release
- Conforms to IS 1199 and BS 1881 standards
- Suitable for precast plants, RMC units, and civil engineering labs
- Rugged, powder-coated mild-steel construction
- Cylindrical container included for final measurement
CYLINDRICAL MOULD AZA1123
Purpose & Function
The cylindrical mould is used to prepare concrete specimens of standard dimensions, typically:- 150 mm diameter × 300 mm height
- 100 mm diameter × 200 mm height
- Compressive strength tests
- Split tensile strength tests
- Elastic modulus evaluations
- Durability and material behavior studies
LABOMIX CONCRETE PAN MIXER AZA1118
The AZA1118 Labomix Concrete Pan Mixer is designed for demanding, high-volume mixing operations in construction laboratories, R&D facilities, and material testing centers. Built for durability and precision, it delivers consistent blends of concrete, mortar, grout, and aggregate mixes while supporting rigorous IS/ASTM test procedures.
Engineered with a high-efficiency gear-driven transmission, it provides stable torque, low maintenance requirements, and excellent mixing uniformity. The unit is available in multiple capacities from 90 litres to 300 litres, enabling users to select suitable volume for their operational needs.
The mixer features exchangeable mixing shovels, a safe-locking automatic discharge system, and large mobility wheels that allow a single operator to handle batching, mixing, and discharging efficiently.
LABORATORY CONCRETE MIXER (MOTORISED) AZA1116
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
- Stable, rigid frame designed for lab environments
- User-friendly controls with built-in safety features
- Reduced manual effort and improved batch repeatability
- Suitable for QC labs, R&D facilities, and educational institutions
PLASTIC BEAM MOULD AZA1128
The Azalab AZA1128 Polyurethane Beam Mould Series is engineered for casting concrete beam specimens used in flexural strength tests. Built from high-impact, shock-absorbing polyurethane, these moulds deliver exceptional durability, dimensional accuracy, and ease of handling. Their lightweight yet robust design makes them suitable for both laboratory and field applications.
Polyurethane offers superior resilience compared to traditional metal or rigid plastic alternatives, enabling these moulds to withstand vibration, repeated use, and environmental exposure. The smooth internal finish ensures clean, damage-free demoulding, while the mould structure maintains consistency across multiple cycles.
Each AZA1128 mould complies with IS 516, ASTM C78, and BS 1881, ensuring reliable and standardized test preparation.
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.
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.