LAE Pneumatic Concrete Vibrator Shaft – 6 Meter, 60mm, Made in Italy - PN60

High-Performance Italian Concrete Vibrator Hose

Achieve superior structural integrity with this professional-grade pneumatic immersion vibrator. Engineered specifically for high-density, void-free concrete, the LAE PN60 combines extreme durability with Italian precision. This high-performance tool is the ultimate solution for heavy-duty sites requiring air-powered equipment, delivering an impressive 18,000 vpm frequency to rapidly eliminate trapped air bubbles. Its robust 6-meter reach and 60mm hardened steel head allow for deep immersion into complex structures like tall columns and large slabs without moving your compressor. Built with an anti-abrasive hose and tempered steel internal components, this vibrator ensures outstanding reliability in harsh construction environments. The agile 280 mm bottle length allows operators to navigate dense rebar grids with ease, while the 0.8 mm amplitude provides a perfect surface finish without aggregate segregation.

Key Features & Benefits:

• Superior Compaction Power: Delivers 6,500 N centrifugal force to achieve dense, void-free, and structurally strong concrete.
• Extended 6-Meter Reach: Long flexible hose allows deep immersion in columns, foundations, and large pours.
• Industrial Pneumatic Efficiency: Optimized for 6 BAR air pressure with 1000 L/min consumption for consistent high-performance operation.
• High-Frequency Vibration Output: Ensures rapid air bubble removal and uniform concrete consolidation.
• Heavy-Duty Steel Vibrator Head: Built from hardened steel for maximum durability and long service life under harsh conditions.
• Flexible Reinforced Hose: Designed to withstand bending stress and continuous operation without performance loss.
• Fast Concrete Consolidation: Reduces pouring time while improving overall structural integrity.
• Reliable Site Performance: Ideal for continuous use in demanding construction and infrastructure projects.
• Wear-Resistant Construction: Engineered to resist abrasion, impact, and harsh jobsite environments.