The 7T3408 Bucket Tooth Pins For Caterpillar Heavy Equipment are durable replacement fasteners designed for Caterpillar J400 series bucket teeth. As an essential connection component between the bucket tooth and adapter, the bucket tooth pin helps secure the tooth in position and maintain reliable digging performance during demanding excavation and material-handling operations.

The 7T3408 Bucket Tooth Pin is commonly used with Caterpillar-style J400 series bucket teeth and is matched with an 8E8409 retainer. Public parts references identify 7T3408 as the pin for J400 series teeth, including standard, tiger, rock chisel, abrasion, and other tooth configurations.

Manufactured from high-strength steel, this bucket tooth pin is designed to withstand repeated impact, vibration, and mechanical loads generated during digging. Precision machining helps maintain accurate dimensions and proper engagement with the corresponding tooth and adapter. A properly fitted pin and retainer help keep the bucket tooth securely positioned while allowing convenient replacement during routine maintenance.

Public parts data lists the 7T3408 pin at approximately 22 mm diameter × 118 mm length. Because aftermarket dimensions and production specifications can vary slightly, customers should verify the original part number and dimensions before ordering.

Xiamen Doozer supplies construction machinery GET parts and replacement components for equipment dealers, contractors, repair companies, and heavy equipment distributors. For customers looking for 7T3408 Bucket Tooth Pins For Caterpillar Heavy Equipment, we can assist with OEM reference verification, tooth and adapter matching, bulk orders, and export packaging.

Each bucket tooth pin can be inspected for dimensional accuracy, threadless surface quality, and overall appearance before shipment. With durable steel construction and precision manufacturing, the 7T3408 Bucket Tooth Pin provides a practical replacement solution for maintaining Caterpillar bucket teeth and supporting reliable digging performance in demanding working environments.