Intralox F1H744H6IRVU SERIES 10000 40 MM ORANGE NYLON WHEEL CHOCK WITH YELLOW WEAR RESISTANT ACETAL 150 MM WIDE FLIGHT MODULE
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$168.82
# Material Handling - Intralox F1H744H6IRVU Wheel Chock The Intralox F1H744H6IRVU is a high-performance wheel chock designed for enhanced safety and efficiency in material handling applications. Engineered with precision, this wheel chock features a robust construction that ensures reliable performance and durability, making it an essential accessory for various conveyor systems.
Key Features • **Material Composition**: Constructed from durable orange nylon for superior strength and longevity, ensuring resistance to wear and tear. • **Flight Module Width**: 150 mm wide flight module designed to provide a stable base, optimizing load distribution and reducing slippage. • **Wear Resistance**: Yellow wear-resistant acetal components enhance the longevity of the chock, minimizing the need for frequent replacements. • **Modular Design**: Part of Intralox’s SERIES 10000, allowing for easy integration and customization within existing conveyor systems. • **Dimensions**: Compact design tailored for efficient space utilization without compromising performance.
Applications • **Material Handling**: Ideal for use in warehouse and distribution centers where safe vehicle positioning is critical. • **Conveyor Systems**: Compatible with Intralox conveyor systems, ensuring a seamless operation that enhances overall safety and efficiency. • **Logistics and Transportation**: Particularly effective in logistics environments, where it aids in stabilizing loads during transit.
Benefits • **Enhanced Safety**: Provides reliable wheel immobilization, reducing the risk of accidents and enhancing workplace safety. • **Operational Efficiency**: Facilitates smooth and efficient material handling processes, ultimately improving productivity. • **Durability**: Robust construction and quality materials ensure long service life, reducing maintenance costs and downtime. --- *Product information compiled with AI assistance for reference purposes.*
F1H744H6IRVU