Safe, efficient and versatile our telebelts are ideal for any application.
Marshall Brothers & Company is up for any challenge; our job is to save you time and labour.
There is no such thing as a perfect worksite. Crowded, low clearance, limited access or rough, muddy terrain we are here to help.
Drainage rock
Aggregates up to 4"
Gravel
Smooth operation
Slab pours
Base pour
Flexible 360-degree rotation
Poured concrete foundation services
Weeping tile drainage rock installation
Reclamation & Remediation Services
Sensitive ecosystem material placement
Land rehabilitation
Sustainable drainage system
Septic fields
Porous material installaton
Landscaping
Protecting foundation walls
Backfilling in lifts
Filling in hard to reach areas
With a 110' reach we keep the material truck at the curb
No separation
No slump loss
Covers long distances in enclosed structures
Low unfolding height
Final grading
Decorative rock and mulch placement
Smooth continuous operation
Provides a solution to complex logistics
• Exact material placement.
• low clearance operations
• No priming and minimal washout waste.
• Safe
• Eliminates the need for other equipment.
• High volume material placement with less manpower and handling machinery.
• Quick setup and tear down convenience
• 110' of reach
• Helps keep the job site clean with accurate material placement.
• Easy setup and operation.
• We convey in enclosed structures and into limited access structures.
• Low-pressure output.
• 360 degree rotation of feeder and main belts.
• Perform multiple tasks from a single location.
• Increased productivity, little physical labour needed.
Fast, efficient and precise placement of a wide variety of materials in any location. The Telebelt can save your time and costs at operatin speeds of up to 5 cu.yds. / min.
Consolidates equipment schedules and timeframes by providing multiple applications on any project.
Conveying with a telebelt ensures no separation, slump loss or loss of air entrainment on highly scrutinized concrete pours.
The ability to convey long distances in enclosed structures with our low unfolding height.
