Walk Behind Vibratory Roller

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MOQ : 1 Unit

Walk Behind Vibratory Roller Specification

Rated Power
5-10 HP

Application
Road Construction, Pavement Compaction, Asphalt & Soil Compaction

Surface
Painted, Rust Resistant

Motor Power
5-10 HP (Diesel Engine)

Product Type
Walk Behind Vibratory Roller

General Use
Road and Pavement Compaction

Material
Mild Steel / Heavy Duty Steel

Type
Vibratory Roller

Capacity
1-2 Ton Compaction

Weight (kg)
650-750 kg

Computerized
No

Automatic
Semi-Automatic

Control System
Manual Handle Operated

Cooling System
Air Cooled

Method
Vibration Compaction

Voltage
Not Applicable (Diesel Powered)

Dimension (L*W*H)
2200 x 900 x 1100 mm (approx)

Feature
Easy Operation, Heavy Duty Structure, High Efficiency

Color
Yellow/Orange

Gradeability
30%

Travel Speed
Up to 3 km/h

Drive Mode
Hydraulic/Mechanical Drive

Fuel Type
Diesel

Vibration Frequency
70 Hz (approx)

Drum Size
600 mm x 400 mm (approx)

Water Tank Capacity
30-40 Liters

Centrifugal Force
20 kN (approx)

Start System
Recoil/Electric Start (varies by model)

Walk Behind Vibratory Roller Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Walk Behind Vibratory Roller

Seize this rare opportunity to acquire a premier Walk Behind Vibratory Roller, a sought-after solution for road and pavement compaction. This unbeatable machine-ending soon in supply-boasts a 600 mm x 400 mm drum, a heavy-duty steel build, and a powerful 5-10 HP diesel engine. With travel speeds up to 3 km/h, a 20 kN centrifugal force, and advanced vibration technology (70 Hz), it delivers exceptional performance. Capitalise on easy operation, semi-automatic controls, unmatched efficiency, and rust-resistant durability for the most demanding projects.

Highly Effective Roller-Perfect for Construction Sites

The Walk Behind Vibratory Roller is ideally suited for road construction, pavement compaction, and asphalt or soil work. Featuring robust mild steel or heavy-duty steel construction, it handles compaction tasks up to 1-2 tons. Operators benefit from its ergonomic manual handle, semi-automatic controls, and air-cooled diesel engine-making it suitable for on-site use, especially in tight or medium-sized spaces demanding both reliability and efficiency.

Streamlined Supply, Affordable Pricing, Efficient Delivery

Our supply ability for Walk Behind Vibratory Rollers is robust, supported by efficient logistics and reliable goods transport across India from our FOB ports. Enjoy the lowest price offers for bulk purchases and flexible payment terms tailored to your project requirements. Timely and safe delivery is our priority, ensuring you receive your machinery exactly when you need it for uninterrupted operations on site.

FAQ's of Walk Behind Vibratory Roller:

Q: How does the vibration compaction process improve results in road construction?

A: The vibration compaction process uses rapid oscillations to settle materials more densely, ensuring superior surface strength, stability, and longevity for roads and pavements.

Q: What features make this Walk Behind Vibratory Roller easy to operate on site?

A: It offers a manual handle, semi-automatic controls, and options for recoil or electric start, prioritizing user convenience and minimizing operational fatigue for quick job completion.

Q: When is the best time to use a Walk Behind Vibratory Roller for pavement tasks?

A: The roller is best utilized during the base and surface compaction stages, ensuring precise leveling and achieving desired material density for long-lasting road and pavement structures.

Q: Where can this vibratory roller be used most effectively?

A: It is ideal for road construction, pavement compaction, asphalt laying, soil stabilization, and similar civil engineering tasks on small to medium-sized sites or confined areas.

Q: What are the benefits of using this premier roller compared to standard models?

A: It delivers unbeatable efficiency, heavy-duty performance, rust resistance, and adaptability thanks to its advanced hydraulic/mechanical drive and high centrifugal force, making it sought-after in demanding environments.

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