Description

Multiquip QC10871 – Enduro Quick Change Blade

Designed for 36″ Diameter Rotors, these 8″ x 14″ Enduro Quick-Change Combo Blades feature a .092″ steel thickness for superior durability and smooth concrete finishing. This 4-Pack ensures long-lasting performance and reliable results on every job. Order now to enhance efficiency and achieve professional-grade finishes.

Features:

Combo Enduro Blade

Multi-Phase Enduro Blade: A high-performance hybrid blade designed to transition seamlessly from initial floating to final burnishing. Engineered with specialized Enduro alloy, it eliminates the need for mid-job blade changes while offering significantly extended wear life on large-scale pours.

8 x 14-Inch Blade

High-Coverage 8″ x 14″ Blade: Optimized for maximum surface contact, this wider profile provides superior stability during the initial floating stages while transitioning seamlessly into a professional finish.

Ideal for Ride On Trowels

Engineered for High-Output Ride-Ons: Optimized to withstand the intense torque and downward pressure of dual-rotor machines, ensuring consistent surface consolidation on high-production industrial slabs.

Wear Resistant

Specially tempered to withstand the intense friction of high-speed finishing, this component maintains its structural integrity even when working with abrasive, high-aggregate concrete mixes.

21/200-Inch Thickness

Precision-engineered with a 0.105-inch ($21/200″$) thickness, providing the structural rigidity required for high-pressure burnishing without the risk of blade curling.

Use with 36-Inch Trowels

Precision-Matched for 36″ Rotors: Specifically engineered to fit the diameter and torque profiles of 36-inch (900 mm) power trowels, ensuring a balanced rotation and seamless operation.

Enhanced Performance

Engineered to accelerate the finishing process, allowing you to cover more square footage in less time while maintaining superior surface quality.

Extended Durability

Engineered to significantly outlast standard alternatives, this component lowers your total cost-per-job by reducing the frequency of replacements and minimizing maintenance downtime.