Bronze Wear Parts for Agricultural Machinery

Bronze bearings and bushings ensure the durability in tractors and harvesting equipment

Agricultural machinery works in demanding environments where dust, mud, and constant movement can easily wear down components. Bronze bearings and bushings help improve reliability and extend service life in engines, transmissions, and linkages in tractors and harvesting equipment. In power transmission systems, bronze bushings help reduce friction around the crankshaft, allowing the engine to run smoothly and stay stable. This also helps prevent vibration and shock from causing premature damage to other components.

Bronze bushings are used in the power transmission systems of agricultural machines such as tractors and harvesters. They are installed in the crankshaft bearings of engines to reduce friction and wear between moving parts, ensuring smooth operation and preventing component failure caused by vibration or impact during field work.

• Tin bronze and aluminum bronze alloys have low friction and a hard surface that resists abrasion from soil and sand, keeping machinery reliable even under harsh field conditions.
• Some bushings contain solid lubricants or materials with self-lubricating properties, reducing dependence on grease and extending maintenance intervals for tractors and harvesters.
• Copper-based alloys resist moisture, rain, and fertilizer residue. Aluminum bronze (C86300), in particular, provides strong protection against rust and chemical corrosion, helping agricultural equipment maintain stable performance and extend its service life even in wet or contaminated environments.

To improve both performance and cost efficiency in agricultural machinery, C86300 aluminum bronze bushings have gradually replaced traditional cast-iron ones. The wear components' high strength and durability is ideal for tractor balance bridges and harvester transmission components, where they help reduce weight, enhance power transmission, and extend service life under demanding working conditions.