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Rexnord 81437053 LF882TK7.5 F2 T8P IN.50BT is a modular plastic belt component for conveyor systems. This part features a 7.5-inch width, 0.5-inch flight height, and 8-pitch length with a 0.50-inch bottom thickness. It is designed for use in material handling applications requiring durable, low-maintenance belting.

Name: Rexnord 81437053 LF882TK7.5 F2 T8P IN.50BT is a modular plastic belt component for conveyor systems. This part features a 7.5-inch width, 0.5-inch fli
Brand: Rexnord
Availability: OutOfStock
Rating: 5.0 (4 reviews)

MODEL 81437053

BRAND

Rexnord

SKU

849541

WEIGHT

1.654 lb

UOM

per foot

Contact supplier for technical support on: 800-626-2120

Call for Pricing - 888-671-2883

Typically Ships in: 1 day

Returnable: See conditions

Coupling & Drive Shafts The REXNORD 81437053 LF882TK7.5 F2 T8P IN.50BT coupling is a robust solution designed specifically for material handling applications. This precision-engineered component plays a critical role in power transmission systems, effectively connecting shafts and accommodating misalignments while maintaining operational efficiency.

Key Features

Type	LF882TK7.5 F2 T8P IN.50BT
Material	Constructed from high-strength alloy steel for enhanced durability and performance.
Design	Features a flexible coupling design that absorbs shock and vibration, reducing wear and tear on connected components.
Size	Designed for a nominal bore diameter of 7.5 inches, accommodating various shaft sizes.
Load Capacity	Engineered to handle significant torque loads, ensuring reliable operation in demanding environments.

Applications

Material Handling Equipment	Ideal for use in conveyors, mixers, and other machinery requiring reliable shaft connections.
Industrial Environments	Suitable for applications in aerospace, manufacturing, and logistics sectors, where precision and reliability are paramount.
Compatibility	Designed to work seamlessly with various Rexnord power transmission components and systems.

Benefits

Enhanced Performance	The flexible design minimizes backlash and misalignment, ensuring smooth operation and reducing downtime.
Increased Reliability	High-quality materials and construction provide long-lasting performance under heavy-duty conditions.
Operational Efficiency	Reduces maintenance frequency and costs by extending the lifespan of connected components.