The market demand for horizontal fertilizer mixers remains strong and is steadily growing, driven primarily by policies, agricultural models, and technological upgrades.

I. Core Demand Growth Drivers

1. Policy-driven empowerment: National policies such as the "14th Five-Year Plan" for agricultural machinery and the action plan for reducing fertilizer use and increasing efficiency, coupled with the implementation of agricultural machinery subsidies, are forcing fertilizer machine manufacturers to upgrade their equipment, leading to a surge in demand for efficient and environmentally friendly horizontal fertilizer blender.

2. Driven by agricultural scale: The expansion of new agricultural business entities and the acceleration of high-standard farmland construction have doubled the demand for high-capacity, high-uniformity horizontal mixers in large-scale fertilizer production, with medium and large-sized models showing particularly rapid growth.

3. Expansion of fertilizer categories: The accelerated promotion of new fertilizers such as organic fertilizers and bio-fertilizers, which require high adaptability from mixing equipment, means that horizontal mixers, due to their suitability for both wet and dry materials and low residue rate, will see their demand share in this field increase from 32% in 2025 to over 45% in 2030.

II. Regional Demand Distribution Characteristics

• Core consumption areas: Shandong, Henan, Heilongjiang, and other major agricultural provinces, due to the concentration of major grain-producing areas and high land transfer rates, are the main demand markets for horizontal mixers, primarily for medium and large-sized industrial-grade models.

• High-growth areas: The Northwest and Southwest regions, driven by the rise of characteristic economic crop cultivation, are experiencing rapid growth in demand for small, multi-functional horizontal mixers, showing significant potential.

III. Future Demand Trends

• Intelligence: Models integrating AI proportioning and remote operation and maintenance functions will become mainstream, highlighting the demand for precise mixing and energy consumption optimization.

• Green technology: Low-noise, low-dust, and low-energy consumption designs will become standard, and the demand for models made of corrosion-resistant materials (such as 304 stainless steel) will increase.