Reported benefits of an engine manufactured with CGI technology are ____________.

Engine manufacturing with Compacted Graphite Iron (CGI) technology offers several enhancements to engine performance and durability. The benefits noted in the context of CGI technology include a combination of less weight, increased rigidity, and increased thermal fatigue resistance.

The use of CGI allows for a reduction in weight compared to traditional cast iron, as it can achieve the desired strength and performance characteristics while using less material. This lightweight aspect can contribute to overall fuel efficiency and performance improvements in vehicles.

Increased rigidity is another significant benefit of CGI. The unique microstructure of compacted graphite provides a more robust framework that can better withstand the pressures and stresses involved in engine operation. This increased rigidity can lead to improved engine reliability and longevity.

Furthermore, CGI also offers superior thermal fatigue resistance. Due to its distinctive properties, CGI can tolerate higher temperatures and thermal cycling better than standard cast iron. This characteristic helps minimize the risk of warping and cracking in critical engine components, enhancing overall engine durability.

Together, these benefits contribute to the overall effectiveness and efficiency of engines manufactured using CGI technology, making it a favorable choice in advanced engine design and construction.