For 5B-9651 5B9651 Zinc Rod CAT C15 C32 C9.3 3412 C9 C7 Excavator Engine Parts

For 5B-9651 5B9651 Zinc Rod CAT C15 C32 C9.3 3412 C9 C7 Excavator Engine Parts

Specification

Description

Advantage

OEM-Spec Fit: Manufactured strictly in accordance with the equipment's original standards, it perfectly matches the size and material requirements of corresponding engine models. No additional processing is required for installation, allowing direct replacement to ensure stable equipment operation.
High-Purity Zinc Material: Made of high-purity zinc raw material with stable electrochemical activity, it provides long-lasting anti-corrosion protection and effectively delays the rusting and wear of cooling system components.
High Durability: With precision processing and surface treatment, the zinc rod features excellent structural strength and wear resistance. It can stably perform its protective function for a long time even under the complex working conditions of the engine, reducing replacement frequency.
Wide Compatibility: Compatible with multiple engine models such as C15, C32, C9.3, 3412, C9 and C7, it has strong versatility and is suitable for maintenance scenarios of various excavator models.

Performance

Efficient Anti-Corrosion: Adopting the electrochemical principle of sacrificial anode, it actively protects metal parts in the cooling system, reduces the corrosion rate, and minimizes the impact of scale and rust on engine cooling efficiency.
Stable Adaptation: The precise thread and size design ensure a tight fit with the equipment interface after installation, eliminating the risk of loosening and leakage, and guaranteeing the sealing and operation stability of the cooling system.
Long-Term Protection: With high-purity zinc material, the wear is uniform and slow. It can provide long-term anti-corrosion protection under normal engine operating conditions, reducing equipment failure probability and maintenance costs.
Reliable Durability: Tested under harsh working conditions, it can withstand temperature changes and fluid shocks during engine operation. It features stable performance, is not prone to fracture or deformation, and meets the long-term high-intensity operation requirements of equipment.

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