When to Use compaction wheel manufacturer？

If you’re considering enhancing your equipment without investing in a large, dedicated compactor, the RSBM compaction wheel could be the ideal solution. This tool offers greater productivity compared to traditional walk-behind units and provides the flexibility to use your carrier (such as an excavator, backhoe-loader, or skid-steer loader) for other tasks.

For more insights regarding a compaction wheel manufacturer, don’t hesitate to reach out to us.

Let’s delve deeper into the RSBM compaction wheel.

RSBM specializes in providing sheepsfoot-style and drum-style compaction wheels for excavators weighing up to 40 tonnes. Options are available in various configurations to suit different machine types, attachment methods, trench widths, and soil types.

Feature details:

1> Deep Compaction

2> Long-life Lubrication

3> High Tensile Pins

4> Quality Guarantee

5> Excavator compaction wheels available from 1 tonne to 40 tonnes

Application:

Designed with staggered teeth, these wheels can be operated quickly and effortlessly, saving time and reducing wear on both the operator and the machine. They're ideal for trench and slope compaction.

If you're still uncertain about when to use RSBM compaction wheel attachments in your day-to-day operations, please get in touch with us for professional advice and high-quality products!

What is a Compaction Wheel and why do I need one?

Compaction is crucial in any earth-moving construction and civil work process, often utilized on roads and earthworks to eliminate air pockets between soil particles. With multiple types of compaction rollers available, knowing which is most suitable for your project can be challenging but essential for cost-efficiency.

What are the Benefits of a Compaction Wheel?

1) Increase soil load-bearing capacity.

2) Enhance soil stability.

3) Prevent soil settlement and frost damage.

4) Reduce water seepage.

5) Minimize soil shrinkage, swelling, and contraction.

6) Prevent the accumulation of large water pressures that could cause soil liquefaction during earthquakes.

How does the compaction wheel work?

Numerous types of excavator compaction wheels exist, each designed for distinct projects, with various widths and wheel counts.

Their main function is to assist in compacting dirt in trenches, as the compaction wheels compress to the side, minimizing pass-overs and accelerating the compaction process.

The compaction wheel alleviates the load on the excavator, facilitating efficient operations without imposing additional stress.

Effective soil compaction boosts the soil's load-bearing ability, reinforcing stability and thwarting soil settlement and water seepage, ultimately averting excessive maintenance costs and structural breakdowns.

Whether you're using rammers, single drum, double drum, or multi-tyred rollers, ensure that your project necessitates the appropriate type of compaction. Here are some essential tips for selecting the proper equipment:

Before Compacting

Know your soil.

Assess the soil group before commencing compaction, as different soil types exhibit varying maximum densities and optimum moisture levels. The fundamental soil groups include cohesive, granular, and organic. Cohesive soils (like clay) consist of particles that bond, whereas granular soils (like sand) are devoid of clay and easily crumble. Organic soils aren't suitable for compaction.

Moisture

Before compacting, evaluate the moisture content. Insufficient moisture leads to inadequate compaction, while excess moisture compromises stability.

The simplest method to measure moisture content is through the “Hand Test.” Grab a handful of soil, squeeze it, and then release your grip. Ideal soil should be moldable and break into pieces when dropped. If the soil is powdery and disintegrates upon dropping, it's too dry; conversely, if moisture remains and it stays intact when dropped, it's too wet.

The right equipment.

For optimal results, utilize machines that apply vibratory force to the soil, such as vibratory or oscillating rollers, which deliver a rapid series of impacts to the surface, promoting better deep layer compaction.

Use a pad-foot roller with cohesive soils and vibratory rollers for granular types. Non-vibratory rollers rely on the machine's weight for effectiveness; heavier machines yield better compaction.

During Compaction

Avoid overcompaction.

Excessive passes in a single direction can lead to overcompaction, which diminishes soil density, wastes time, and unnecessarily wears out your compaction machine.

Prevent a rollover.

Always inspect surfaces for potential hazards from inclines or declines. Operating rollers on uneven surfaces increases rollover risk significantly. Many machines come with rollover protective structures and seatbelts to mitigate injury risks during a rollover.

Check tire pressure beforehand, as improper inflation can destabilize the machinery. Steer away from slopes carefully to avoid instability, and be cautious when compacting loose edges to reduce rollover chances.

Exercise caution during trench compaction.

Trench operations present additional safety hazards and compliance requirements for operators of compaction equipment. Regularly inspect excavations before starting compaction and throughout shifts. In addition to preventing trench collapse, ensure operators protect themselves from falling debris, preferably using remote-controlled compaction equipment when available.

Looking for reliable compaction wheel solutions for your job site?

Request a competitive quote from RSBM.

For further details, visit excavator long arm.