CATERPILLAR 3G-8034 SHIM-D10T 3G8034

Caterpillar 3G-8034 SHIM-D10T 3G8034 – Precision Engineered for Excavators and Track-Type Tractors

The Caterpillar 3G-8034 SHIM-D10T (part number 3G8034) is a high-quality shim designed specifically for a wide range of Caterpillar heavy machinery, including TFX-320E LRR, TNJ-320E L, WBK-320E L excavators, and various track-type tractors such as RAB-D10T2, JJW-D10T2, and RJG-D10T models. Manufactured to OEM-grade standards, this shim ensures optimal alignment and load distribution within the drivetrain and hydraulic systems, contributing to enhanced machine longevity and operational precision. Crafted from durable, wear-resistant metallurgy, the shim maintains its dimensional stability under extreme load conditions, making it indispensable for maintaining the performance and reliability of Caterpillar excavators and track-type tractors.

Technically, the 3G-8034 shim features precise thickness and dimensional tolerances tailored to fit seamlessly within the complex assemblies of Caterpillar heavy equipment. Its robust construction supports high-impact resistance and minimizes wear during repetitive load cycles, which is critical for maintaining hydraulic work tools and stiff link components such as the THC-HYDRAULIC and THD-HYDRAULIC work tools. This shim plays a vital role in reducing mechanical play and vibration, thereby improving the overall drivetrain efficiency and reducing maintenance downtime. Its compatibility with a broad spectrum of models, including the 7JW-STIFF LINK and KE6-M322 wheeled excavator, underscores its versatility and essential function in heavy equipment maintenance.

For reliable, OEM-quality replacement parts that enhance the durability and performance of your Caterpillar machinery, explore the full specifications and purchase options here: 🔗 Caterpillar 3G-8034 SHIM-D10T 3G8034 on AllParts Expert. Ensure your excavators and track-type tractors operate at peak efficiency with this precision-engineered shim designed for demanding mining and construction environments.