BB Fertilizer Production Line Price & Daily Maintenance Guide

For agricultural businesses looking to enter the blended fertilizer market, understanding the investment and operational requirements of a BB fertilizer production line is crucial. This guide from Yuhheng Technology Co., Ltd. will address two of the most common questions we receive: “How much does it cost?” and “Is daily maintenance complicated?”

How Much Does a BB Fertilizer Production Line Cost?

The price of a BB fertilizer (bulk blend fertilizer) production line is not a one-size-fits-all figure. It varies significantly based on the level of automation and capacity you require. Generally, these systems are more affordable than granulation lines but come in different configurations.

Key Price Ranges:

  • Small Semi-Automatic Line: A basic line with manual weighing and a simple mixer, suitable for small-scale or starter operations (1-3 tons per hour), can have an initial investment starting from $15,000 to $35,000.
  • Standard Automatic Line: This is the most common choice. It includes automatic batching scales, a conveyor system, a high-quality mixer, and an automatic packaging scale. For a capacity of 3-8 tons per hour, prices typically range from $40,000 to $80,000.
  • Large Fully-Automatic Plant: For high-volume production (8-15+ tons per hour) with a fully integrated PLC control system for precise recipe management, the investment can range from $90,000 to $200,000+.

What Influences the Price?

  • Automation Level: PLC-controlled systems are more expensive than semi-automatic ones.
  • Equipment Quality: The choice of mixer type (e.g., horizontal mixer vs. dual-shaft paddle mixer) and the material of construction (e.g., carbon steel vs. stainless steel contact parts) affect durability and cost.
  • Capacity: Higher throughput requires larger, more powerful equipment.
  • Additional Features: Options like automated bag placers and palletizers will add to the total cost.

Is Daily Maintenance of a BB Fertilizer Line Trouble-Free?

A significant advantage of a BB fertilizer production line is its relative simplicity, which translates to straightforward and manageable daily maintenance. It is generally not considered troublesome if a basic routine is followed.

Essential Daily Maintenance Tasks:

  1. Thorough Cleaning: This is the most critical task. After each production run or at the end of the day, the entire system—especially the mixer, hoppers, and conveyors—must be cleaned out completely. This prevents cross-contamination between different fertilizer blends and avoids material caking and corrosion.
  2. Lubrication: Moving parts, such as bearings on conveyors and mixers, need regular lubrication as specified in the equipment manual to ensure smooth operation and prevent premature wear.
  3. Inspection: A quick visual inspection for signs of wear on belts, chains, and screws should be part of the daily routine. Checking for loose bolts or unusual noises can help catch small problems before they lead to major downtime.

What Makes Maintenance Easier?

  • Simple Mechanics: Unlike complex granulation lines with dryers and coolers, BB lines have fewer moving parts. The core process is batching and mixing.
  • No Water or Heat Involved: Since there is no granulation or drying process, you avoid the maintenance issues associated with moisture, heat, and corrosion that are common in other production lines.
  • Modular Design: High-quality lines from Yuhheng Tech are designed for easy access to key components, making cleaning and inspection faster and more efficient.

In summary, while daily cleaning is non-negotiable, the maintenance of a BB fertilizer line is largely preventative and straightforward. There are no complex processes that require constant technical adjustment, making it an operation that can be managed reliably with standard training.

Your Partner for a Hassle-Free Investment

At Yuhheng Technology Co., Ltd., we provide more than just equipment. We provide a complete solution tailored to your budget and production goals. Our BB fertilizer production lines are engineered for reliability and easy maintenance to maximize your uptime and profitability.

We offer:

  • Transparent Pricing: Customized quotes with no hidden costs.
  • Training & Support: Comprehensive guidance on operation and maintenance.
  • Quality Equipment: Durable machinery built to last, reducing long-term repair needs.

Contact Yuhheng Tech today for a free consultation and quotation. Let our experts help you design the most efficient and cost-effective BB fertilizer production line for your business needs.

Types of Organic Fertilizer Production Lines and Their Key Differences

With the increasing global emphasis on sustainable agriculture, investing in an efficient organic fertilizer production line has become a strategic choice for many agribusinesses and entrepreneurs. Understanding the different types of production systems and their fundamental distinctions is essential for making an informed decision. This article provides a systematic overview of the main types of organic fertilizer production lines and delves into their core differences.

1. Powdered Organic Fertilizer Production Line

The powdered organic fertilizer production line is the most basic and cost-effective entry-level system. Its primary objective is to crush and screen fermented organic raw materials into a fine, uniform powder.

The production process is relatively straightforward: First, raw materials (such as livestock manure, crop straw, etc.) undergo thorough aerobic fermentation using a compost turner to achieve complete decomposition and sanitization. The fermented material is then fed into a semi-wet material crusher for pulverization. Next, a rotary drum screening machine removes any oversized particles to ensure a consistently fine powder. Finally, an automatic packaging scale measures and bags the finished product.

The standout features of this line are its simple process, fewer machines, smaller footprint, and relatively lower initial investment and operational energy consumption. The final product—powdered fertilizer—is well-suited for direct land application, use as a soil amendment substrate, or supply to local small farms and growers. It represents the most direct and economical method for recycling organic waste.

2. Granular Organic Fertilizer Production Line

The granular organic fertilizer production line represents a more advanced and industrialized mode of production. It builds upon the powder line by adding deep processing steps like granulation, drying, cooling, and coating to produce high-quality granular organic fertilizer.

Its production process is more complex: The initial stages are identical—fermentation, crushing, and screening to obtain a uniform powder. This powder is then transferred to a mixer to be blended evenly with other nutrient additives. The mixture is fed into the core equipment—the granulator (such as a disc granulator, rotary drum granulator, or new-type organic fertilizer granulator)—where it is formed into pellets under mechanical force. The resulting wet granules lack sufficient strength and are prone to breaking, so they must sequentially pass through a rotary dryer to reduce moisture and a cooler to lower their temperature and solidify their structure, thereby increasing hardness. To prevent caking during storage and transportation, a coating machine is often used to apply a protective powder layer to the granule surface before final packaging.

The key advantage of this line is its higher-value end product. Granular fertilizer boasts superior physical properties, is dust-free, easier to apply mechanically, and offers improved slow-release effects. These characteristics make it more popular for large-scale planting bases and high-value crop markets, facilitating long-distance transport and brand development. The trade-offs are a larger equipment investment, longer process flow, higher energy consumption, and greater demands on operational expertise.

Summary of Key Differences

  • Final Product Form and Value: The most fundamental difference lies in the product form. The powder line produces powder, while the granular line produces granules. Granular fertilizer typically commands a higher commercial value and market price due to its ease of use, reduced loss, and better appearance.
  • Process Flow and Complexity: The powder process stops at “crushing and screening.” The granular process extends to include a series of complex steps like “mixing, granulation, drying, cooling, and coating,” requiring higher technical complexity and operational stability.
  • Investment and Operational Costs: Due to fewer machines and a shorter process, the powder line requires significantly lower initial investment in厂房 (factory space), equipment, and power, as well as subsequent operational costs, compared to the granular line.
  • Market Positioning and Application: The powder line is better suited for processing one’s own waste, for internal use, or supplying local markets; it is a functional product. The granular line targets a broader commercial distribution market and is a commercialized product for end consumers.

How to Choose the Right Production Line for You?

Your choice should be based on your core needs:

  • If your goal is the low-cost, rapid recycling of organic waste, or primarily to serve your own farm and local small-scale clients, the Powdered Organic Fertilizer Production Line is an ideal choice.
  • If you plan to engage in large-scale commercial production, build a brand, and enter broader distribution channels, then investing in a Granular Organic Fertilizer Production Line to produce high-value-added products will be the necessary choice.

At Yuhheng Technology, we have extensive experience and can provide complete customized solutions—from single equipment to turnkey plant projects—based on your raw material characteristics, output requirements, and investment budget. Whichever path you choose, we can offer professional technical support and reliable equipment guarantees.

For more detailed design plans and quotations, please feel free to contact us. Our expert team is ready to help ensure the success of your project.

Types of Fertilizer Production Line and How Much They Cost

Investing in a fertilizer production line is a significant step toward building a profitable and sustainable agribusiness. Understanding the different types of fertilizer equipment and their associated costs is crucial for making an informed decision. This comprehensive guide from Yuhheng Technology Co., Ltd. will help you navigate your options and budget effectively.

Understanding the Two Main Types of Fertilizer Production Lines

The choice of a production line primarily depends on your desired final product. The two most common types are powder fertilizer lines and granular fertilizer lines.

1. Powdered Fertilizer Production Line

This system is designed to produce fine, uniform powdered organic fertilizer. It is generally simpler, requires less equipment, and has a lower initial investment.

Key Processes and Equipment:

  • Fermentation: A compost turner (windrow turner) is used to aerate and mix the raw materials (like livestock manure), accelerating the decomposition process.
  • Crushing: A semi-wet material crusher pulverizes the fermented compost into a fine powder.
  • Screening: A drum screening machine separates oversized particles for re-crushing, ensuring a consistent product size.
  • Packaging: An automatic packaging scale bags the final powdered fertilizer for sale.

Ideal For: Small to medium-scale operations, organic farms, and those starting in the fertilizer manufacturing business with a limited budget.

2. Granular Fertilizer Production Line

This is a more advanced system that transforms powdered material into dense, uniform granules. Granules are preferred for their ease of application, reduced dust, and improved nutrient release control. This line includes all the equipment from the powder line, plus several additional key machines.

Additional Key Equipment:

  • Mixing: A horizontal mixer ensures an even blend of all powdered ingredients and additives.
  • Granulating: The heart of the line. A granulator (e.g., rotary drum granulator, flat die pellet mill, or new organic fertilizer granulator) forms the powder into granules.
  • Drying & Cooling: A rotary dryer reduces the moisture content of the granules, while a rotary cooler brings them down to room temperature, hardening them for storage.
  • Coating: A coating machine applies a protective powder to prevent moisture absorption and caking.
  • Final Packaging: An automatic packaging scale packages the finished granules.

Ideal For: Large-scale commercial operations aiming to produce high-value, market-ready granular fertilizer for a wider distribution.

How Much Does a Fertilizer Production Line Cost?

The fertilizer plant cost is not a fixed number; it varies significantly based on several factors. Providing an exact price without a project review is impossible, but we can outline the key price ranges and influencing factors.

Key Factors Influencing Cost:

  • Scale & Capacity: A small-scale line producing 1-3 tons per hour will cost far less than a large plant producing 10-30 tons per hour.
  • Automation Level: Fully automatic lines with PLC control systems are more expensive than semi-automatic or manual lines.
  • Equipment Material: Standard carbon steel is more affordable, but stainless steel contact parts are recommended for durability and corrosion resistance, adding to the cost.
  • Configuration: The specific models and number of machines you choose (e.g., the type of granulator) will impact the final price.

Estimated Price Ranges

  • Small Powder Fertilizer Production Line: For a basic, semi-automatic line with a capacity of 1-2 tons per hour, the investment can start from $25,000 – $50,000.
  • Complete Granular Fertilizer Production Line: For a standard, automatic line with a capacity of 3-5 tons per hour, including granulation, drying, and cooling, prices typically range from $70,000 – $150,000.
  • Large-Scale Granular Plant: For a high-capacity (10+ TPH), fully automated production plant with advanced dust control and packaging systems, the investment can range from $200,000 to $500,000+.

Remember: These are broad estimates. The best way to get an accurate fertilizer equipment price is to consult directly with a manufacturer.

Get Your Customized Solution and Quote from Yuhheng Tech

At Yuhheng Technology Co., Ltd., we don’t just sell machines; we provide complete, customized solutions. We understand that every project is unique.

Our experts will work with you to:

  1. Analyze your raw materials and desired output.
  2. Recommend the most efficient and cost-effective type of fertilizer production line.
  3. Provide a detailed layout and a transparent, all-inclusive quotation.

Don’t let uncertainty delay your project. Contact Yuhheng Tech today for a free consultation and a customized quote tailored to your specific production needs and budget. Let’s build your path to success together.

How many types of organic fertilizer production lines are there? Analysis of the three main mainstream solutions


The selection of organic fertilizer production lines directly affects the investment cost, product form and market demand. Currently, there are mainly three types of production lines on the market, each with its own characteristics and applicable scenarios:

1. Powdered Organic Fertilizer Production Line (Basic Type)

  • Core Process: Raw material pre-treatment → Mixing and batching → Aerobic Fermentation (Core) → Crushing → Screening → Packaging.
  • Key Equipment:
  • Fermentation Equipment: Tank-type turn-over mixer, tracked turn-over machine, fermentation tank/tower. (Tank-type is the most widely used)
  • Crushing Equipment: Semi-wet material crusher, chain-type crusher.
  • Auxiliary Equipment: Feeder, conveyor, packaging machine.
  • Significant Features:
  • Low Investment Threshold: The equipment is relatively simple, with an initial investment of approximately several hundred thousand yuan (depending on the scale).
  • Mature Technology: The technology is well-established, and the operation is relatively easy to master.
  • Product Form: The finished product is in a loose powder form, with rapid nutrient release, but the appearance, transportation convenience, and added value are relatively lower compared to granular fertilizers.
  • Applicable Scenarios: Small and medium-sized organic fertilizer factories, livestock farm manure resource utilization in the initial stage, and planting bases with specific requirements for powdered fertilizers.

2. Granular Organic Fertilizer Production Line (Upgraded Version)

  • Core Process: Based on the powder production line, additional steps include → granulation → drying → cooling → (sieving / coating).
  • Key Equipment:
  • Granulation Equipment: Disc granulator, extrusion granulator, drum granulator. (The extrusion granulator has low requirements for raw material moisture and is widely used)
  • Drying and Cooling Equipment: Rotating dryer, cooling machine.
  • Sieving and Coating Equipment: Drum sieve, coating machine (optional).
  • Significant Features:
  • Product Advantages are Outstanding: The granular finished products have good physical properties (not prone to caking, less dust), which are convenient for transportation, storage and mechanized application; the appearance has a high degree of commercialization, improving market acceptance and added value; functional bacteria or trace elements can be added to produce specialized fertilizers.
  • Higher Investment Cost: Due to the addition of granulation, drying, and cooling processes, equipment investment and production energy consumption have significantly increased. The initial investment is often in the range of several million yuan.
  • More Complex Process: Higher requirements for raw material ratio, moisture control, temperature management, etc.
  • Applicable Scenarios: Medium-sized to large-scale specialized organic fertilizer production enterprises, enterprises that pursue high added value and brand operation, and those that need long-distance transportation and sales.

III. Mobile/Simple Fermentation Processing Equipment (Flexible Type)

  • Core Concept: Simplify the process, focus on on-site harmless treatment of raw materials and primary fertilizerization.
  • Common Forms:
  • Mobile Tipping Machine: Equipped with its own power, it can perform tipping of stack piles in the field or simple fermentation sites.
  • Covered Composting System: Using a dedicated breathable membrane to cover the stack piles, combined with simple ventilation, reducing the number of tipping operations.
  • Small Fermentation Tanks/Reactors: With relatively small processing capacity, suitable for farm or community kitchen waste treatment.
  • Significant Features:
  • Flexibility and Low Cost: Low investment (ranging from tens of thousands to several hundred thousand yuan), mobile, low site requirements, suitable for decentralized processing.
  • Limited Processing Capacity: The processing capacity of a single unit/system is usually below several thousand tons per year.
  • Product Positioning: The main goal is to achieve harmless treatment and primary resource utilization of waste, with the decomposed materials mostly used for self-use or nearby field application, with low commercialization level.
  • Applicable Scenarios: Livestock farms (especially small and medium-sized ones) for on-site waste treatment, family farms, ecological parks, urban sludge/kitchen waste decentralized treatment sites.
    **Key considerations for selecting the production line: **
  1. Raw material characteristics: Type, moisture content, impurity content.
  2. Target product: Powder fertilizer or granular fertilizer? Commercial fertilizer or for personal use?
  3. Investment budget: Determines the scale and degree of automation of the equipment that can be selected.
  4. Production scale: Annual processing volume or annual production volume of finished products.
  5. Site conditions: Land area, environmental protection requirements.
  6. Market demand: The requirements of the target customers for the product form and price.
    Conclusion:

The organic fertilizer production line is not a “one-size-fits-all” solution. The powder line, the granular line, and the mobile/simple equipment constitute a complete system that meets various needs. Investors should thoroughly analyze their raw material situation, financial strength, target market, and site conditions in order to select the most suitable production line type. From basic fermentation processing to the production of high-value-added granular fertilizers, technological upgrades are accompanied by improvements in investment and management. Clear positioning is the first crucial step to success.

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