Self-dusting pulverizer price
Tuesday July-15 2025 14:20:16
Self-dusting pulverizer price is between $800 and $10,000 per unit. The specific price depends on the type of self-dusting pulverizer, production capacity (ranging from 60 kg to 1000 kg per hour), crushing fineness (adjustable from 10 mesh to 450 mesh), material grade (ordinary stainless steel and food-grade 304/316L stainless steel), and functional configuration. The following is a comprehensive analysis of how much a self-dusting pulverizer costs.
What is the impact of the type of self-dusting pulverizer on the price?
The self-dusting pulverizer can be divided into three types according to its design principle and application scenario: basic type, pulse type and ultra-micro type. Each type has a significant difference in price. Understanding these differences can help you choose the most cost-effective equipment according to your production needs.
Basic self-dusting pulverizer: It adopts traditional screen filtration and bag dust removal design, which is relatively cheap, with a starting price of about $800. This type of equipment is suitable for processing conventional materials, with a crushing fineness between 10-120 meshes and an hourly processing capacity of about 60-180 kg. It is suitable for small and medium-sized enterprises with limited budgets and low requirements for crushing precision.
Pulse Self-dusting pulverizer: The price range is $1,500-$6,300. This type of equipment uses advanced pulse back-blowing dust removal technology to achieve dust-free operation and a crushing fineness of 20-450 meshes. Taking the WF-30 model as an example, its price of $6,850 includes a 5.5kW crushing motor and a 3kW dust suction motor, with a processing capacity of 100-300kg/h, which is particularly suitable for applications in the pharmaceutical and food industries that require high cleanliness.
Ultrafine Self-dusting pulverizer: Starting at about $5,000, and high-end models exceed $14,000. These devices integrate the functions of crushing and fine classification, and can achieve ultra-fine crushing of 60-500 mesh, with processing capacity ranging from 60kg/h to 2000kg/h. The WFJ-20 model is priced at $9,700 USD, with a 4800r/min high-speed spindle and a total power of 13.5kW, which can complete crushing and fine classification at the same time, eliminating the investment in subsequent classification equipment.
Type | Representative model | Price range | Processing capacity (kg/h) | Grinding fineness (mesh) | Applicable industries |
Basic type | WN-300A | $800-$3,900 | 60-180 | 10-120 | Chemical, feed |
Pulse type | WF-30 | $1,500-46,300 | 100-300 | 20-120 | Food, pharmaceutical |
Ultra-micro | WFJ-20 | $5,000-$14,000+ | 60-2000 | 60-500 | High-end pharmaceuticals, nanomaterials |
What is the impact of the material on the price of the self-dusting pulverizer?
The material composition of the self-dusting pulverizer directly affects the price, durability and application areas of the equipment. There are three main material grades on the market: ordinary carbon steel, 304 stainless steel and 316L high-grade stainless steel, and the price difference can be 2-3 times.
The equipment made of carbon steel is the most economical, starting at about $800, suitable for users who handle non-corrosive materials and have a limited budget. However, this type of equipment is prone to rust in humid environments or when handling certain chemicals, and the long-term maintenance cost may be high. 304 stainless steel is standard in the pharmaceutical and food industries and meets GMP standards. The price is 30-50% higher than carbon steel equipment, but it has excellent corrosion resistance and longer service life; for environments that handle highly corrosive materials or require ultra-high hygiene standards, 316L stainless steel is the best choice. This material contains molybdenum, which significantly improves acid and alkali resistance, and is particularly suitable for chemical and special pharmaceutical production. The price is usually 1.5-2 times that of 304 stainless steel equipment.
Material grade | Price impact | Service life | Applicable industries | Maintenance requirements |
Carbon steel + spray paint | Benchmark price | 3-5 years | General chemicals, building materials | Regular anti-rust treatment |
Some stainless steel | +15-25% | 5-8 years | General food processing | Medium |
All 304 stainless steel | +25-35% | 8-12 years | Pharmaceutical, high-end food | Low |
Special alloy parts | +40-60% | 12-15 years | Highly corrosive materials | Very low |
What impact does processing capacity and configuration have on the price of a self-dusting pulverizer?
The processing capacity of a self-dusting pulverizer is one of the most direct factors that determine the price. For every 100kg/h increase in production capacity, the price of the equipment usually increases by 30-50%. Small equipment (60-300kg/h) usually costs between $5,000-15,000, while medium-sized equipment (300-800kg/h) costs $15,000-30,000. Large industrial-grade equipment (800-1800kg/h) can cost $30,000-50,000 or more.
Processing capacity (kg/h) | Representative model | Price | Unit processing cost (USD/kg/h) | Applicable scenarios |
60-180 | WN-300A, JB-20 | $800-$4,200 | 22.5-70.0 | Small batch production, R&D |
200-500 | WF-30, WFJ-30 | $6,500-$10,000 | 13.0-50.0 | Medium-sized production line |
500-2000 | WFJ-80, WFJ-100 | $14,000-$28,000 | 7.0-56.0 | Large-scale continuous production |
Motor power is closely related to processing capacity and is also an important source of price differences. For example, the JB-20 model is equipped with a 5.88KW motor, while the JB-80 model requires a 38.88KW high-power motor. The difference in motor cost alone may reach thousands of dollars. In addition, the feed particle size and discharge fineness requirements will also affect the price-equipment that can handle larger raw materials (<20mm) or produce finer powders (above 120 mesh) usually requires a more sophisticated tool system and a stronger power configuration, and the price is increased by 10-20%. Modern self-dusting pulverizers also provide a variety of intelligent configuration options, such as variable frequency speed regulation, automatic lubrication system and remote monitoring function. Although these high-tech configurations will increase the equipment cost by 15-30%, they can significantly improve production efficiency, reduce energy consumption and reduce manual intervention, and the return on investment is high in the long run. The level of dust removal system (from basic bag filtration to high-efficiency HEPA system) will also cause price differences. Users should make choices based on actual environmental protection requirements and budget.
How to choose the most cost-effective Self-dusting pulverizer?
When choosing a Self-dusting pulverizer, clarifying production needs is the first step in choosing the right equipment. Evaluate the characteristics of the materials you need to process (hardness, viscosity, fiber content), the required pulverization fineness (10-500 mesh), and the average daily/monthly output requirements; calculate the total cost of ownership (TCO) instead of just comparing purchase prices. TCO includes: purchase cost, installation cost, energy consumption expenditure (estimated for 5 years), maintenance cost (replacement of wearing parts, lubricants, etc.), labor operation cost, and expected residual value.
To choose a suitable Self-dusting pulverizer, you need to evaluate the budget by deeply understanding key factors such as equipment type, material selection, processing capacity, and degree of automation, and choose the self-dusting pulverization solution that best meets your production needs and budget. Before purchasing, it is recommended that you communicate with multiple suppliers, detail your requirements, and obtain customized quotes and technical solutions to ensure that your investment is worthwhile.