500T/D Maize Drying Equipment Hot Blast Heating Agricultural Dryer Machine

Other Videos
July 09, 2021
Category Connection: Grain Dryer Machine
Brief: Follow the narrative to see how small design choices affect everyday performance in this walkthrough of the 500T/D Maize Drying Equipment. This video demonstrates the complete drying line from Zhengzhou Wangu, showcasing its high degree of automation, energy-efficient hot blast heating system, and practical operation for agricultural processing.
Related Product Features:
  • Designed with a high capacity of 500 tons per day for efficient large-scale maize drying operations.
  • Utilizes a hot blast heating system based on principles of safety, energy conservation, and environmental protection.
  • Engineered for low operating costs and high cost performance in agricultural processing applications.
  • Features a high degree of automation for easy operation, considering user maintenance capabilities.
  • Constructed using readily available parts in China to ensure serviceability and reduce downtime.
  • Complies with national standards including GB/T 6970-2007 for grain dryer testing methods.
  • Incorporates safety features meeting GB 4053 standards for ladders, platforms, and railings.
  • Designed for economic practicality while maintaining high quality in drying performance.
Faqs:
  • What is the daily processing capacity of this maize drying equipment?
    This maize drying equipment has a processing capacity of 500 tons per day, making it suitable for large-scale agricultural operations.
  • What safety and quality standards does this equipment comply with?
    The equipment meets multiple Chinese national standards including GB/T 6970-2007 for grain dryer testing, GB 12371-2014 for air pollutant emissions, GB 4053 series for safety requirements on ladders and platforms, and NY/T standards for hot blast stove quality and operational safety.
  • How does this dryer ensure energy efficiency and low operating costs?
    The equipment is designed with energy conservation as a core principle, utilizing hot blast heating technology and optimized systems to minimize fuel consumption while maintaining high drying efficiency, resulting in significantly reduced operating costs.
Related Videos