MASALTA MS90 Plate Compactor – Compaction
Description
The Masalta MS90 Forward Plate Compactor is engineered for light compaction of sandy and gravelly soils, asphalt, and brick paving in confined areas such as trenches, sidewalks, and foundations. Featuring a compact, modern design and an open plate for self-cleaning, it delivers reliable performance where space is limited. Optional features—such as throttle control, a water tank for hot and cold asphalt, and a rubber mat for brick paving—further enhance its versatility.
Detailed Specifications:
- Application:
Designed for light compaction of sandy/gravelly soil, asphalt, and brick paving (with optional rubber mat) - Base Plate:
Ductile iron base plate for superior durability - Plate Design:
Open plate ensures self-cleaning during operation - Optional Features:
- Throttle control for enhanced operational precision
- Easy-remove water tank with built-in valve (no hose connection)
- Rubber mat option for optimized brick paving compaction
- Mobility:
Built-in wheel and centrally located lifting bar for easy transportation - Additional Features:
- Radius base plate for improved access to corners
- Sealed belt cover to prevent sand and soil ingress
Key Features & Benefits:
- Efficient Light Compaction:
Perfect for restricted areas such as trenches, sidewalks, and foundations - Durable Construction:
The ductile iron base plate provides long-lasting strength - Self-Cleaning Operation:
Open plate design minimizes material buildup, ensuring consistent performance - Enhanced Portability:
Built-in wheel and lifting bar simplify movement between job sites - Versatile Functionality:
Optional throttle control, water tank, and rubber mat enable tailored compaction for various materials, including brick paving and asphalt
Applications & Industry Uses:
Ideal for construction sites, road maintenance, civil engineering projects, and landscaping where precise light compaction is required. Suitable for use on sandy and gravelly soils, asphalt surfaces, and brick paving compaction in confined spaces.
