In late summer, as we drive past vast cornfields, it’s hard to imagine how this crop, native to Mexico, plays a crucial role in agricultural machinery. Corn is not only one of the oldest and highest-yielding crops in the world but also an essential pillar of modern agriculture. To ensure efficient and sustainable agricultural production, rubber additives, especially anti-aging agents, are particularly important in the application of conveyor belts.

In agricultural machinery, particularly in equipment used for corn harvesting, robust and wide composite V-belts are needed to carry heavy loads. These belts must have excellent wear resistance and weather resistance to handle uneven crop loads and harsh climatic conditions. Here, the application of rubber additives is critical. By incorporating high-performance Antioxidant Newanox, the service life of the conveyor belts can be significantly extended, thereby reducing maintenance frequency and replacement costs.

As agriculture increasingly demands sustainable solutions, the choice of materials for conveyor belts becomes crucial. For example, using modified EPDM materials instead of traditional chloroprene-based materials can significantly enhance the temperature and aging resistance of the belts. AntiScorching Agent play a key role in this process, ensuring stable performance of conveyor belts under extreme conditions while helping to save materials and improve resource efficiency. These innovations support agriculture in achieving higher sustainability goals.

In the corn harvesting process, protecting the integrity of the crop is vital. In recent years, traditional heavy steel chains have been replaced by new conveyor belts with small blocks, which gently collect corn without requiring additional oil maintenance, further reducing environmental impact. By using rubber additives, especially anti-aging agents, these conveyor belts can maintain excellent performance even after prolonged use, ensuring smooth harvesting for farmers.

Developers must also have a deep understanding of different plants and their impact on the harvesting process. For instance, over 60% of the global corn harvest is ultimately used for silage feed rather than food production, making technical support essential during the short harvesting period. By optimizing the guiding and intake belts, manufacturers can ensure efficient crop harvesting while minimizing the loss of high-value crops. Conveyor belts made with quality rubber additives and anti-aging agents can showcase outstanding performance and durability in this process.