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氣霧化制備粉末材料生產線
編號: JTQWH
技術方案簡介: 氣霧化制備粉末材料生產線,是為了滿足在一定條件下霧化制成金屬球形粉末的生產而設計的裝置。 氣霧化制備粉末材料生產線工作原理,是指在氣體保護條件下熔煉金屬或金屬合金,金屬液體經過保溫坩堝、導流嘴流出(向下),通過噴嘴由高壓氣流將金屬液體霧化破碎成大量細小的液滴,細細的液滴在飛行中凝固成球形或是亞球形顆粒,達到制粉的目的。
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設備用途及原理 Application and Principles

  氣霧化制備粉末材料生產線,是為了滿足在一定條件下霧化制成金屬球形粉末的生產而設計的裝置。

  氣霧化制備粉末材料生產線工作原理,是指在氣體保護或真空條件下熔煉金屬或金屬合金,金屬液體經過保溫坩堝、導流嘴流出(向下),通過噴嘴由高壓氣流將金屬液體霧化破碎成大量細小的液滴,細細的液滴在飛行中凝固成球形或是亞球形顆粒,達到制粉的目的。


Application and Principles

   Gas atomization preparation powdered material production line is featured as an equipment designed for producing metal ball-shaped powder by gas atomization under certain conditions.

   Its working principles refer to the smelting of metals or metal alloys with gas protection, in which metal liquids flow (downward) out of fluid-direction nozzle through holding crucible furnace, atomizing the metal liquid into amount of tiny droplets by high-pressure gas flow with nozzles, and those tiny drops in air solidified into spherical or sub-spherical particles, finally achieving in power making.


設備優勢及特點 Superiorities and Features

氣霧化制備粉末材料生產線具備領先技術水平,主要有以下特點:

 1、惰性氣霧化過程氣體氧含量在線檢測,對粉末材料的氧含量控制大有幫助。

 2、壓差控制式霧化功能,精密控制霧化金屬流率工藝參數,生產產品質量穩定,減少設備運行中的故障。

 3、設備關鍵部位設置視頻監控,及時觀察設備運行狀態。

 4、專業研發的先進高效【緊耦合超音速氣體霧化器】核心關鍵技術,能生產高比例的超細粉末材料,而且耗氣量少,生產成本大大降低。

 5、優選設計的快速氣冷系統和霧化塔室,減少共生衛星球粉末。

 6、開發的設備運行控制軟件、HMI人機交互控制界面,凸顯對粉末材料生產的高度專業理解。

 7、粉末材料顆粒大小,形狀及粒度分布可通過改變霧化工藝和調整工藝參數調節。


Superiorities and Features

Gas atomization preparation powdered material production line provided by is equipped with world advanced technologies of this field, primarily processed with following features:

1. Online examination on oxygen content of gas in the course of atomizing inert gas, significantly beneficial for controlling oxygen content of powdered materials.

2. Pressure differential controlling type of atomization function, precisely control atomized metal flow rate technological parameters, stable production quality, malfunctions in equipment operation reduced.

3. Video surveillance on key parts of equipment, observe equipment operation status in time.

4. [Tightly-coupled supersonic-speed gas atomizer], the core essential technology, is professionally researched and developed with advanced high-efficiency and can produce superfine powdered material at high proportion and consume little gas volume, greatly reducing production cost.

5. Optimal designs to fast-air-cooling system and atomization tower reduce co-existence satellite powder.

6. Equipment operation control software and HMI human-machine interaction control interface highlight the highly professional understanding for powdered material produce.

7. The sizes, shapes and particle size distribution of powdered materials can be regulated through altering atomization technology and adjusting technological parameters.


設備主要技術參數 Major technical parameters

以下是設備產品技術參數,部分數據會隨著產品創新改進,最新數據請聯系我們:

Major technical parameters

Product technical parameters of equipments are presented as below, and partial of these data will be updated as the product innovation, please contact us if any latest datas:

以上為標準配置,可根據客戶要求進行調整。

It is standard configuration above, and can be adjusted according to the demand from customers.


設備核心模塊結構技術

氣霧化制備粉末材料生產線主要由以下幾大部分及周邊部件組成:

 1、中頻感應熔煉爐;

 2、保溫爐(容量為10kg、25kg 二種規格);

 3、霧化系統;

 4、霧化罐體;

 5、粉塵收集系統;

 6、供氣系統;

 7、水冷系統;

 8、控制系統;

 9、中頻電源;

 10、保溫爐電源系統10kg、25kg 級無保溫爐);

 11、真空熔煉系統(選配系統)

 ★具備專利技術保護的臥式真空熔煉系統,可以選擇多熔煉爐輪換工作結構形式和互換式雙保溫中間漏包,提高生產效率。

 ★獨創在線粉末粒度監測反饋過程控制技術,實時檢測氣霧化生產時的粉末粒度狀態,通過信息反饋數字控制技術調整霧化參數,過程智能動態匹配霧化條件,極大滿足對產品高質量生產要求。


Core Module Structure Technology

Gas atomization preparation powdered material production line is primarily consisted of following major components and peripheral components:

1. Medium-frequency induction smelting furnace;

2. Holding furnace (its capacity has two specifications, 10kg and 25kg);

3. Atomization system;

4. Atomization container;

5. Dust collecting system;

6. Gas supplying system;

7. Water cooling system;

8. Controlling system;

9. Medium-frequency power supply;

10. Holding furnace power supplying system (No holding furnace for 10kg and 25kg grades);

11. Vacuum smelting system (selection-and-match system)

Horizontal vacuum smelting system protected by patent technology can choose multi smelting furnaces to alternate performing structure modes and interchangeable double-holding tundish, improving production efficiency.

Original online powder size distribution monitoring feedback procedure controlling technology examines the particle size states during atomization producing in real time, adjust atomization parameters with information feedback digital-controlling system in which the course intelligently and dynamically matches atomizing conditions, greatly satisfying the production demand for high-quality products.




真空熔煉氣霧化制備粉末材料生產線

設備用途及原理

  真空熔煉氣霧化制備粉末材料生產線,是為了滿足在一定條件下霧化制成金屬球形粉末的生產而設計的裝置。

 真空熔煉氣霧化制備粉末材料生產線工作原理,是指在氣體保護條件下熔煉金屬或金屬合金,金屬液體經過保溫坩堝、導流嘴流出(向下),通過噴嘴由高壓氣流將金屬液體霧化破碎成大量細小的液滴,細細的液滴在飛行中凝固成球形或是亞球形顆粒,達到制粉的目的。

Application and Principles

Vacuum melting gas atomization preparation powdered material production line is an equipment designed for producing metallic spherical powder by atomizing under certain conditions.

Its working principles refer to the smelting of metals or metal alloys with gas protection, in which metal liquids flow (downward) out of fluid-direction nozzle through holding crucible furnace, atomizing the metal liquid into amount of tiny droplets by high-pressure gas flow with nozzles, and those tiny drops in air solidified into spherical or sub-spherical particles, finally achieving in power making.

設備優勢及特點

氣霧化制備粉末材料生產線具備領先同行技術水平,主要有以下特點:  

1.采用屬專利技術保護的臥式真空熔煉裝置,可以選擇多熔煉爐輪換工作結構形式和互換式雙保溫中間漏包組件形式,霧化生產效率大幅度提高,設備的維護維修簡化。

2.惰性氣霧化過程氣體氧含量在線檢測,對粉末材料的氧含量控制大有幫助。

3.壓差控制式霧化功能,精密控制霧化金屬流率工藝參數,生產產品質量穩定,減少設備運行中的故障。

4.設備關鍵部位設置視頻監控,及時觀察設備運行狀態。

5.專業研發的先進高效【緊耦合超音速氣體霧化器】核心關鍵技術,能生產高比例的超細粉末材料,而且耗氣量少,生產成本大大降低。

6.優選設計的快速氣冷系統和霧化塔室,減少共生衛星球粉末。

7.獨創在線粉末粒度監測反饋過程控制技術,能實時檢測氣霧化生產時的粉末粒度狀態,并通過信息反饋數字控制技術調整霧化參數,過程智能動態匹配霧化條件,極大滿足對產品高質量生產要求(用戶選配)。

8.霧化氣體加熱系統,可以提高生產超細粉末的比例,降低霧化氣體耗量(用戶選配)。

9.限流式導流管加熱系統,減少氣霧化過程的導流管金屬凝固堵塞故障(用戶選配)。

10.熔煉坩堝損傷在線監測系統(用戶選配)

11.開發的設備運行控制軟件、HMI人機交互控制界面,凸顯對粉末材料生產的高度專業理解。

12.專業開發的基于互聯網遠程設備監控和故障檢測系統(用戶選配)。

13.粉末材料顆粒大小,形狀及粒度分布可通過改變霧化工藝和調整工藝參數調節。

Advantages and Features

Gas atomization preparation powdered material production line provided by is equipped with world advanced technologies of this field, primarily processed with following features:

1. It applies with horizontal vacuum melting device protected by patent technology, and thus can choose multi smelting furnaces to alternate performing structure modes and interchangeable double-holding tundish, greatly improving atomizing production efficiency and simplifying its maintenance and repair.

2. Online examination on oxygen content of gas in the course of atomizing inert gas, significantly beneficial for controlling oxygen content of powdered materials.

3. Pressure differential controlling type of atomization function, precisely control atomized metal flow rate technological parameters, stable production quality, malfunctions in equipment operation reduced.

4. Video surveillance on key parts of equipment, observe equipment operation status in time.

5. [Tightly-coupled supersonic-speed gas atomizer], the core essential technology, is professionally researched and developed with advanced high-efficiency and can produce superfine powdered material at high proportion and consume little gas volume, greatly reducing production cost.

6. Optimal designs to fast-air-cooling system and atomization tower reduce co-existence satellite powder.

7. Original online powder size distribution monitoring feedback procedure controlling technology examines the particle size states during atomization producing in real time, adjust atomization parameters with information feedback digital-controlling system in which the course intelligently and dynamically matches atomizing conditions, greatly satisfying the production demand for high-quality products (user’s option).

8. Atomized gas heating system can increase the proportion of producing superfine powder and decrease the consumption of atomized gas (user’s option).

9. Current-limiting diversion pipe heating system reduces the clogs caused by metal solidification during gas atomizing (user’s option).

10. Melting crucible damage online monitoring system (user’s option).

11. Equipment operation control software and HMI human-machine interaction control interface highlight the highly professional understanding for powdered material produce.

12. The sizes, shapes and particle size distribution of powdered materials can be regulated through altering atomization technology and adjusting technological parameters.

設備核心模塊結構技術

氣霧化制備粉末材料生產線主要由以下幾

大部分及周邊部件組成:

 1、中頻感應熔煉爐;

 2、保溫爐(容量為10kg、25kg 二種規格);

 3、霧化系統;

 4、霧化罐體;

 5、粉塵收集系統;

 6、供氣系統;

 7、水冷系統;

 8、控制系統;

 9、中頻電源;

 10、保溫爐電源系統

   (10kg、25kg 級無保溫爐);

 11、真空熔煉系統

  ★具備專利技術保護的臥式真空熔煉系統,可以選擇多熔煉爐輪換工作結構形式和互換式雙保溫中間漏包,提高生產效率。

  ★獨創在線粉末粒度監測反饋過程控制技術,實時檢測氣霧化生產時的粉末粒度狀態,通過信息反饋數字控制技術調整霧化參數,過程智能動態匹配霧化條件,極大滿足對產品高質量生產要求。

Core Module Structure Technology

Gas atomization preparation powdered material production line is primarily consisted of following major components and peripheral components:

1. Medium-frequency induction smelting furnace;

2. Holding furnace (its capacity has two specifications, 10kg and 25kg);

3. Atomization system;

4. Atomization container;

5. Dust collecting system;

6. Gas supplying system;

7. Water cooling system;

8. Controlling system;

9. Medium-frequency power supply;

10. Holding furnace power supplying system (No holding furnace for 10kg and 25kg grades);

11. Vacuum smelting system (selection-and-match system)

Horizontal vacuum smelting system protected by patent technology can choose multi smelting furnaces to alternate performing structure modes and interchangeable double-holding tundish, improving production efficiency.

Original online powder size distribution monitoring feedback procedure controlling technology examines the particle size states during atomization producing in real time, adjust atomization parameters with information feedback digital-controlling system in which the course intelligently and dynamically matches atomizing conditions, greatly satisfying the production demand for high-quality products.

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