About DLC VIBRATING HAMMER
DLC Vibrating Hammer is a high-performance laboratory and construction testing instrument used for compacting concrete and soil specimens efficiently. It provides controlled vibration to ensure proper compaction, removal of air voids, and improved density of test samples, making it suitable for civil engineering material testing applications.
Designed for durability and precision, the vibrating hammer delivers consistent vibration force for preparing standardized test specimens as per laboratory requirements.
Features:
- High vibration efficiency for uniform compaction
- Rugged and durable construction
- Easy handheld or bench operation
- Reduces air voids in concrete and soil samples
- Suitable for laboratory and field testing use
- Low maintenance and long service life
- Stable and controlled vibration output
Applications:
- Soil and concrete specimen preparation
- Civil engineering laboratories
- Material testing and research institutes
- Road and construction quality control
- Compaction of test molds and samples
Specifications:
- Type: Electric/Digital Vibrating Hammer (as applicable)
- Material: Heavy-duty metal body
- Operation: Vibration-based compaction
- Usage: Laboratory sample preparation
- Power Supply: Electric motor operated
Custom models and specifications are available as per client requirements.
Precision Concrete CompactionDesigned for laboratory environments, the DLC Vibrating Hammer is specialized for precise and uniform compaction of concrete cylinders and cubes. Its high-frequency vibration mechanism, powered by a 0.5 HP motor, ensures that test samples are free of air pockets and voids, delivering accurate and repeatable results as per IS:1199 standards.
Durable Construction and PortabilityManufactured from heavy-duty mild steel with a powder-coated finish, this vibrating hammer is built to withstand rigorous use. Its compact design and portable handle make it suitable for use in small laboratories as well as on project sites, while remaining easy to handle and transport.
Safe, Efficient, and User-FriendlyWith built-in overheat and overload protection, air-cooling, and low-operating noise levels, the DLC Vibrating Hammer maximizes both safety and comfort. Its manual control allows for flexibility, while instant response time and analog display facilitate user-friendly operation and rapid compaction cycles.
FAQ's of DLC VIBRATING HAMMER:
Q: How is the DLC Vibrating Hammer operated during concrete sample compaction?
A: The DLC Vibrating Hammer is manually operated via its intuitive control mode. Simply place the concrete-filled mould on a stable tabletop, position the hammer, and activate the unit for up to three minutes per operation. Its air-cooled motor ensures continuous, consistent vibration for effective compaction.
Q: What types of specimens and sample sizes can the vibrating hammer accommodate?
A: This equipment is designed to compact one specimen at a time, compatible with both cylinders (150 mm diameter, 300 mm height) and cubes, matching standard dimensions required by IS:1199 and other IS Codes.
Q: When should the vibrating hammer be used in the concrete testing process?
A: Use the vibrating hammer immediately after pouring concrete into the moulds and before initial setting begins. This will ensure the removal of air pockets and voids, ensuring a dense, homogenous specimen for accurate laboratory testing.
Q: Where can the DLC Vibrating Hammer be used effectively?
A: Its portable design, sturdy construction, and manageable weight (~36 kg) make it ideal for laboratory settings or on-site at construction projects, wherever precise concrete sample compaction is needed.
Q: What is the typical process for compacting concrete samples with this equipment?
A: Fill the mould with fresh concrete, place it securely under the vibrating hammer, and operate the machine for up to three minutes. This action compacts the concrete by eliminating trapped air, resulting in standardized, test-ready specimens.
Q: What are the key benefits of using this vibrating hammer?
A: Key benefits include its rugged build for long service life, portable design for flexible use, instant compaction response, high accuracy (1%), and safety features such as overheat and overload protection. These features collectively ensure efficient, reliable concrete sample preparation.