मृदा कम्पेक्टर

Power Source: Petrol Engine “ Ensures ease of operation and low maintenance in remote areas. High Vibration Force “ Delivers powerful compaction for improved soil stability. Robust Steel Body “ Built for long-lasting performance in rugged site conditions. Easy Maneuverability “ Compact design allows operation in tight or narrow spaces. User-Friendly Controls “ Simple interface for operator comfort and efficiency. Low Fuel Consumption “ Cost-effective and efficient for prolonged use.

powerful Engine Forward Motion Only Heavy-Duty Base Plate Compaction Depth Up to 30 cm Low Vibration Handle

Engine Performance Compaction Capabilities Design and Build Additional Features Usage and Applications

पेवर रोलर कॉम्पैक्टर या - 150

मृदा कम्पेक्टर AVC10 (2T)

प्लेट कॉम्पैक्टर AVC10 (2T)

प्लेट कम्पेक्टर एवीसी 40 (5T)

प्लेट कम्पेक्टर C90T

Power Source: Petrol Engine “ Ensures ease of operation and low maintenance in remote areas. High Vibration Force “ Delivers powerful compaction for improved soil stability. Robust Steel Body “ Built for long-lasting performance in rugged site conditions. Easy Maneuverability “ Compact design allows operation in tight or narrow spaces. User-Friendly Controls “ Simple interface for operator comfort and efficiency. Low Fuel Consumption “ Cost-effective and efficient for prolonged use.

Engine Power: Powered by robust engines to ensure sufficient force for effective compaction, especially when dealing with dense or challenging materials. Reversible Functionality: Can move in both forward and reverse directions, providing greater control and flexibility, ideal for various construction and compaction tasks. This allows operators to navigate tight spaces and address specific compaction needs with precision. Compaction Plate: Also known as the base plate, comes in various sizes and designs. The size of the plate influences the compaction area, and different plate designs cater to specific soil types and project requirements. Vibration Frequency: Equipped with vibratory systems that ensure optimal ground penetration and consolidation, resulting in a solid foundation. A high vibration frequency is essential for efficient compaction.