金属粉末用超音波振動ふるいの価格はいくらですか？完全購入ガイド

The price of an ultrasonic vibrating sieve for metal powder is usually between $900 and $6,500 per set. The final price depends on machine size, material, screening layers, ultrasonic system configuration, and customization requirements. For fine metal powder screening, ultrasonic sieves help reduce mesh blockage and improve screening accuracy, making them suitable for materials such as titanium powder, aluminum powder, stainless steel powder, and alloy powder.

How Much Does an Ultrasonic Vibrating Sieve for Metal Powder Cost?

The price of an は、微細粉体を従来の振動ふるいでスクリーニングするのが困難な場合に、より良い選択です。 for metal powder is usually $900-$6,500 per set. The final cost depends on the machine size, screening capacity, stainless steel material, number of layers, and ultrasonic system configuration.

For different production needs, the price range is usually:

Small laboratory ultrasonic sieve: around $900-$2,000, suitable for testing and small-batch metal powder screening.

Standard industrial ultrasonic vibrating sieve:around $2,000-$4,500, commonly used for continuous production of titanium powder, aluminum powder, alloy powder, and other fine metal materials.

Large capacity or customized ultrasonic sieve: around $4,500-$6,500+, suitable for high-output metal powder screening lines with special requirements.

The price of a metal powder ultrasonic vibrating sieve may increase when customers need larger sieve diameters, SUS316L stainless steel contact parts, multiple screening layers, or customized designs. Choosing the right model depends on the powder type, particle size, required capacity, and production environment.

What Factors Affect the Price of a Metal Powder Ultrasonic Vibrating Sieve?

The price of an ultrasonic vibrating sieve for metal powder depends on several factors, including machine size, material, screening layers, processing capacity, and ultrasonic system configuration.

Machine Model and Size

The model and size of an ultrasonic powder sieve machine directly affect the screening capacity and price. A larger sieve diameter provides a higher processing capacity per hour, which usually means a higher cost.

For example, YJ series ultrasonic vibrating sieves range from YJ400 to YJ1800. The price usually increases by about $250 for each larger model due to the increase in screening area and production capacity.

For customers looking for high-capacity metal powder 超音波振動ふるい equipment, selecting the right sieve size based on material type, particle size, and output requirement can help control equipment cost.

Material Selection

The structure material of an ultrasonic vibrating sieve for metal powder  can be divided into three types:

Full carbon steel construction – the whole machine is made of carbon steel.

Full stainless steel construction – the whole machine is made of stainless steel.

Stainless steel + carbon steel construction – contact parts are made of stainless steel, while the base frame uses carbon steel.

Different materials are suitable for different working environments. Stainless steel has better corrosion resistance and is commonly used for applications requiring high cleanliness, such as food, pharmaceutical, and chemical powder screening.

Compared with carbon steel models, stainless steel ultrasonic vibrating sifters usually cost $150-$350 more.

For applications such as titanium powder screening, aluminum powder screening, and fine metal powder classification, stainless steel structures are often preferred to reduce material contamination.

篩い分け層数

The screening layers of an ultrasonic vibrating sieve for fine metal powder can be customized from 1 to 5 layers according to production requirements.

A multi-layer ultrasonic sieve can separate metal powders into different particle sizes in one operation, improving production efficiency.

However, more screening layers require higher processing and material costs. The price difference caused by different screen layers is usually around $100-$850, depending on the machine model and configuration.

For example, a multi-layer ultrasonic powder screening machine is suitable for applications that require multiple powder grades from one production process.

Processing Capacity

Ultrasonic vibrating sieves for metal powder are available in standard models including:YJ-400/YJ-600/YJ-800/YJ-1000/YJ-1200/YJ-1500/YJ-1800.

Different models provide different screening capacities, so the required output will directly affect the equipment price.For example:

For industrial applications requiring large-scale metal powder screening, larger models are usually selected to achieve higher production output.

超音波スクリーニングシステム

その 超音波ふるい分けシステム is one of the key components of an ultrasonic vibrating sieve. Its quality and performance directly affect screening accuracy, efficiency, and equipment price.

A high-quality ultrasonic generator and transducer can provide stable ultrasonic vibration, helping prevent mesh blockage and improve screening performance for fine powders.

For materials such as 500 mesh metal powder, titanium alloy powder, and fine alloy powder, a reliable ultrasonic system helps maintain continuous screening performance and stable output. Higher-performance ultrasonic components usually increase the overall equipment cost.

Ultrasonic Vibrating Sieve Price Comparison by Industry

The price of an ultrasonic vibrating sieve for metal powder depends on the application requirements, material characteristics, screening accuracy, and customized configurations.

3D Printing Metal Powder Screening

For titanium alloy powder and aluminum alloy powder screening, customers usually require high screening accuracy and low contamination. The equipment may need SUS316L stainless steel contact parts, finer mesh selection, and a customized ultrasonic system.

Price range: $2,000-$6,500/set

Battery and Advanced Material Powder Screening

For cobalt powder, nickel powder, and fine metal powder screening, customers often require clean processing and stable operation. Customized options such as a fully sealed structure, dust-proof design, or special material contact parts may increase the equipment cost.

Price range: $1,800-$5,000/set

Metallurgy Powder Screening

For alloy powder, aluminum powder, copper powder, and stainless steel powder screening, customers usually focus on high output and continuous production. For special working environments, additional configurations such as an explosion-proof motor, customized discharge design, or larger screening capacity can increase the final price.

Price range: $1,500-$5,500/set

How to Choose an Ultrasonic Vibrating Sieve for Metal Powder?

Choosing the right ultrasonic vibrating sieve for metal powder mainly depends on the powder size, material characteristics, safety requirements, and production needs.

Choose Ultrasonic Power Based on Mesh Size

The mesh size determines the required ultrasonic power.

200-500 mesh: A 50W ultrasonic system with a single transducer is suitable for common metal powder screening, such as iron powder and aluminum powder.

600 mesh and above: Fine powders such as 3D printing titanium powder, stainless steel powder, and tungsten powder below 25μm usually require an 80-100W ultrasonic system with dual transducers to improve screening stability and reduce mesh blockage.

For ultra-fine metal powder screening, ultrasonic systems can help achieve stable screening performance up to around 635 mesh (20μm).

Select Material and Safety Configuration

Different metal powders require different equipment configurations.

For active metal powders such as aluminum, magnesium, titanium, and zinc powder, explosion-proof motors, explosion-proof control boxes, and anti-static grounding are required to improve operation safety.

For high-activity powders, such as 3D printing titanium alloy powder, a sealed structure with nitrogen or argon protection can be selected.

Material selection:

304 stainless steel: Suitable for general metal powder screening, with good corrosion resistance and lower cost.

316L stainless steel: Suitable for high-cleanliness or corrosive applications, providing better acid, alkali, and chloride resistance.

For applications with strict purity requirements, such as lithium battery materials, 316L stainless steel with PTFE-coated screen frames can help reduce contamination risks.

Select Structure According to Production Requirements

The metal powder ultrasonic sieving machine can be customized based on production needs:

1-5 screening layers: Used for different particle size classification.

Anti-blocking design: Ultrasonic vibration combined with anti-static mesh can improve screening performance for powders with high static electricity, such as cobalt and nickel powder.

Quick-change screen frame: Reduces screen replacement time and production downtime.

Additional options include customized feeding stations, mobile wheels, dust covers, observation windows, discharge directions, and material contact parts.

A suitable ultrasonic vibrating sieve for fine metal powder screening should be selected according to powder properties, required output, and working environment to achieve stable and efficient screening.

結論

The price of an ultrasonic vibrating sieve for metal powder depends on the machine size, ultrasonic system, material, screening layers, and customized requirements. A higher price does not always mean better performance. The right configuration should match the powder characteristics, particle size, production capacity, and working environment.

For fine metal powders, such as titanium powder, aluminum powder, alloy powder, and stainless steel powder, selecting suitable ultrasonic power, stainless steel grade, safety design, and screening structure can improve screening accuracy and reduce mesh blockage.

If you are looking for an ultrasonic vibrating sieve for metal powder screening, provide your powder type, mesh size, capacity requirement, and application conditions. A suitable screening solution can then be customized according to your production needs.

微細粉体に超音波振動ふるいが必要ですか？