Walk Behind Vibratory Roller

Name: Walk Behind Vibratory Roller
Brand: ICON Industries
Price: 250000 INR
Availability: InStock

Price 250000 INR/ Piece

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MOQ : 1 Piece

Walk Behind Vibratory Roller Specification

Surface
Painted

Motor Power
5 HP (Diesel Engine)

Product Type
Walk Behind Vibratory Roller

General Use
Compaction of soil, asphalt, and other surfaces

Material
Steel

Type
Double Drum Walk Behind

Capacity
650 kg static weight

Weight (kg)
650 Kilograms (kg)

Computerized
No

Automatic
No

Control System
Manual

Cooling System
Air-cooled

Method
Vibration Compaction

Voltage
N/A (Diesel Driven)

Dimension (L*W*H)
2140 mm x 950 mm x 1100 mm (approx.)

Feature
Self-propelled, Compact Design, Easy Operation

Color
Yellow

Walk Behind Vibratory Roller Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Week

Delivery Time
7 Days

About Walk Behind Vibratory Roller

Introducing the new release Walk Behind Vibratory Roller, a redoubtable solution for optimum compaction performance. This crowning product features a 700 mm x 400 mm double drum, powered by a robust 5 HP diesel engine. With a centrifugal force of 20 kN and vibration frequency of 70 Hz, it effortlessly tackles diverse terrains at speeds of up to 4 km/h. Grab yours at the best price and experience self-propelled efficiency, compact design, and easy manual operation. Ideal for soil and asphalt, this steel, yellow roller ensures reliable compaction results every time.

Versatility in Application: Where the Walk Behind Vibratory Roller Excels

This vibratory roller is perfectly tailored for the compaction of soil, asphalt, and aggregate surfaces in road construction, walkways, and landscaping projects. Its optimum hydraulic drive and robust steel build enable effective use on construction sites, repair applications, and track laying. Designed for general use and specialized tasks, its double drum structure provides reliable force to ensure smooth, level surfaces in various environments.

Global Reach: Export Markets, Packaging, and Certifications

Our walk behind vibratory roller is shipped goods-packed securely for safe goods transport, with rates tailored to major export markets across Asia, Africa, the Middle East, and more. The product adheres to international manufacturing and quality standards, guaranteeing reliable performance. Packaging details include robust wooden crates or steel frames to prevent damage during transport. Certifications ensure export compliance, supporting multiple industry regulatory requirements for worldwide deployment.

FAQs of Walk Behind Vibratory Roller:

Q: How does the Walk Behind Vibratory Roller ensure optimum soil and asphalt compaction?

A: With its 20 kN centrifugal force, 70 Hz vibration frequency, and dual drum design, this roller provides uniform pressure and deep surface compaction, making it ideal for soil, asphalt, and aggregate applications.

Q: What are the specific usage areas for this vibratory roller model?

A: It is well-suited for compaction work in road building, pathways, landscaping, parking lots, and maintenance sites where maneuverability and effective vibration compaction are needed.

Q: Where is this product commonly used and exported to?

A: Manufactured in India, the roller sees broad use in local construction projects and is exported to countries across Asia, Africa, and the Middle East due to its robust design and efficient rate of shipped goods.

Q: What is the process of starting and operating the roller?

A: The roller features a recoil start mechanism for its diesel engine, manual control system, and is self-propelled for straightforward, operator-friendly handling on work sites.

Q: When is the best time to use this roller in your compaction project?

A: It is most effective when used during the base and sub-base layers of road construction or during asphalt overlay projects, ensuring a uniformly compact and stable foundation.

Q: What benefit does its compact design provide?

A: The compact design enables the roller to work efficiently in confined spaces and along edges, increasing versatility without sacrificing compaction performance.

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