从China供应商批发进口3t/H Cooling System For Corn Residue — FOB条款

The China ZK 3t/h cooling system for corn residue is designed to reduce the temperature of crushed corn germ meal from 90 - 100°C at the inlet to ambient temperature +5 - 10°C at the outlet, achieving a process capacity of 3,000 kg per hour. Originally deployed in South Korea for a wet-milled corn germ pressing plant, the system uses a rotary cooler with a large surface area and optimised lifting blades for efficient heat dissipation.

Key components include a frequency-controlled motor for adjustable screw feeding, cooler rotation speed and air volume, ensuring precise control over the cooling process. The transmission system employs gear drive for high efficiency and low noise, with a fully sealed design for the large gear to prevent oil contamination. The drum is constructed from 16Mn steel, a standard high-strength material that resists wear and extends the cylinder’s service life.

This cooling system is ideal for agricultural processing facilities, particularly those handling corn by-products where rapid and uniform cooling is critical to prevent spoilage and maintain product quality. The system’s compact design and clean production features, such as belt rollers made from wear-resistant materials and circulating water cooling for support devices, make it suitable for integration into existing production lines with minimal environmental impact.

China ZK is located in Qiaolou Caizhai Industrial Estate, Zhengzhou, Henan Province, China, a region known for its concentration of agricultural machinery manufacturers. The supplier’s focus includes cooling systems and related equipment for grain and feed processing, with this particular system designed for corn residue applications.

The listing does not provide details on the company’s history, certifications or export experience, so buyers should request references from similar projects, particularly the South Korea installation mentioned, to assess the supplier’s technical capability and reliability. No response rate or average response time is stated, so direct contact is advised to gauge communication efficiency.