Hand Operated Double Block Vibrator

Hand Operated Double Block Vibrator Specification

Surface
Paint Coated

General Use
Construction

Material
Mild Steel

Method
Hydraulic Pressure

Voltage
220 Volt (v)

Feature
Corrosion Resistance

Warranty
1 Year

Hand Operated Double Block Vibrator Trade Information

Minimum Order Quantity
1 Piece

FOB Port
Coimbatore

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Pieces Per Month

Delivery Time
5-7 Days

Main Domestic Market
All India

About Hand Operated Double Block Vibrator

A hand operated double block vibrator is a manual, cost-effective concrete block making machine designed to produce two hollow or solid blocks per stroke. It uses a 1.5 HP electric or diesel motor (6000 Hz) to vibrate a sturdy steel mold, creating high density, precise blocks at low maintenance and power usage.

Key Features and Description:

Production Capacity: High output, often producing 4-inch, 6-inch, or 8-inch blocks at approximately 2-4 blocks per stroke, totaling roughly 300-960 blocks per shift depending on the size and efficiency.

Structure: Constructed using durable, heavy-duty steel, typically weighing between 600 kg and 750 kg for stability during vibration.

Operation: A manual lever system operates the mold, while a 1.5 HP single phase or three phase motor (often 1440 RPM) drives the vibration mechanism to compact the concrete mixture thoroughly.

Versatility: Ideal for manufacturing paving blocks and hollow blocks.

Power Efficiency: Known for low power consumption, making it suitable for rural areas, sometimes configured to operate on diesel engines for power independence.

mon Specifications:

Motor: 1.5 HP Single / Three Phase.

Vibration: 6000 Hz, adjustable amplitude.

Weight: Approximately 600 - 750 kg.

Moulding Area: Approx. 500mm x 500mm to 600mm x 620mm.

Superior Build and Surface Protection

Constructed from mild steel and expertly paint coated, this vibrator is engineered for longevity and top performance. Its corrosion-resistant feature assures sustained operation, even under tough on-site conditions. Users can depend on its robust construction for frequent use during construction projects.

Hydraulic Pressure Operation for Efficient Results

Utilizing a hydraulic pressure method, this hand operated double block vibrator ensures consistent vibration, leading to optimal compaction of construction blocks. Its operation is straightforward, requiring only a 220-volt power supply, making it suitable for different site conditions.

FAQ's of Hand Operated Double Block Vibrator:

Q: How does the hand operated double block vibrator function in construction?

A: This vibrator uses hydraulic pressure to create strong, even vibrations, ensuring uniform compaction of concrete blocks during construction. The result is denser, more durable blocks suitable for a variety of building projects.

Q: What are the advantages of using a mild steel, paint coated vibrator?

A: The mild steel body provides strength and stability, while the paint coating offers excellent corrosion resistance, extending the machine's lifespan even in harsh construction environments.

Q: When should I use a double block vibrator on my construction site?

A: It should be used whenever you need to compact concrete blocks to improve their density and strength, particularly during the block making process for building foundations and walls.

Q: Where is this product manufactured and available for service?

A: This hand operated double block vibrator is manufactured, serviced, and supplied throughout India, making it accessible for construction companies nationwide.

Q: What is the process for operating this construction vibrator?

A: To operate, simply connect it to a 220-volt power source, position the blocks appropriately, and activate the manual controls. The hydraulic pressure system then provides the necessary vibration for effective block compaction.

Q: How does the corrosion resistance benefit users?

A: Corrosion resistance ensures longevity, reducing maintenance needs and minimizing downtime due to rust or wear, which is vital for consistent operations in variable site conditions.