超细超微粉碎机，纳米蒸汽动能磨 

蒸汽动能磨原理： 

蒸汽动能磨是利用过热蒸汽经过同轴心喷嘴将颗粒加速、并进行碰撞粉碎，粉碎后的物料经过分级机分级，合格粉料进入后面的收集系统收集，不合格物料返回粉碎机继续被粉碎。整个系统蒸汽保持在过热状态，生产在全干法下进行。 

超细超微粉碎机纳米蒸汽动能磨加工超微粉煤灰、固硫灰的优势 

1.可以充分利用现有余热所产生的蒸汽或低温发电后的背压蒸汽作为动力，能够有效降低粉体加工成本；如现有蒸汽是未得到实际应用就排空，采用蒸汽动力磨后，粉体加工的成本将仅为气流磨加工成本的1/5-1/8；节能优势，在有条件的地方，用低级能源远比用能源节能显著。 

2.粉碎强度对比:常规气流磨设计线速度 400m/s~600m/s，而蒸汽动能磨的粉碎强度可达到 1000m/s。 

3.充分利用余热，符合国家目前大力倡导节能减排政策的要求，易于获得政府科技资金的支持和国家科技奖励； 

4.蒸汽动力磨是物料与物料相互碰撞来进行粉碎的，设备磨损小，原料中如有大块异物（螺栓、铁块等）进入设备不会对设备造成损坏，维修率低、易损件极少，设备维护费用低； 

5.加工粉体粒度范围宽，可加工10um的超细粉体，也可根据需要加工1～2um的超微粉体。 

6.充分利用未被使用的过热蒸汽，符合国家目前大力倡导节能减排政策的要求，易于获得政府科技资金的支持和国家科技奖励； 

设备特点: 

        1.能耗低,可以充分利用现有余热所产生的蒸汽或低温发电后的背压蒸汽作为动力，能够有效降低粉体加工成本；如现有蒸汽是未得到实际应用就排空，采用蒸汽动力磨后，粉体加工的成本将仅为气流磨加工成本的1/5-1/8；节能优势，在有条件的地方，用低级能源远比用能源节能显著。   

2.粉碎强度大，可获得更细的粉体：过热蒸汽的临界速度高，粉碎力度大，易于获得更细的超细粉，对某些物料可实现亚微米级甚至纳米级粉体的加工,常规气流磨设计线速度400m/s~600m/s，而蒸汽动能磨的粉碎强度可达到1000m/s。 

3.蒸汽动力磨是物料与物料相互碰撞来进行粉碎的，设备磨损小，原料中如有大块异物（螺栓、铁块等）进入设备不会对设备造成损坏，维修率低、易损件极少，设备维护费用低； 

4.在加工易燃易爆粉体（如：煤粉/石油焦等）过程中安全性好，物料是在全过热蒸汽中粉碎，因而不存在爆炸的危险；且加工后的粉体可保持在40-80℃的温度，有利于提高燃烧效率； 

5.加工粉体粒度范围宽，根据需要可加工100目～12500目的粉体。 

6.充分利用热电厂低品位过热蒸汽作为动力，实现低成本，规模化的超细粉体加工，符合国家目前大力倡导节能减排政策的要求，易于获得政府科技资金的支持和国家科技奖励。 

应用领域典型物料有： 

粉煤灰、固硫废渣、煤粉、石油焦、炭黑、炭素、高炉渣、钢渣、石墨、云母、滑石、石英、方解石、重晶石、硅藻土、氢氧化铝/镁、金属氧化物等一切耐温的物料。 

现主要应用领域有: 

电厂粉煤灰/固硫废渣，玻璃厂石油焦粉/煤粉，钢厂高炉渣/钢渣，炭素厂煅后焦/超细石墨，非金属矿行业/超微粉体材料等。 

技术参数technical parameter 

Principle of kinetic energy grinding of steam: 

Steam mill is using superheated steam through the coaxial nozzle, and will accelerate the particle collision crushing, crushing the material after grading, collect the powder into the back of the system of qualified, unqualified material return to mill crushed. The steam of the whole system remains overheated and the production is carried out under full dry process. 

Advantages of steam kinetic energy grinding for ultrafine fly ash and sulfur fixing ash: 

1. can make full use of existing waste heat generated by steam or low temperature power generation after the back pressure steam as the driving force, can effectively reduce the powder processing cost; if the existing steam is not applied on emptying, powered by steam after grinding, powder processing costs will only flow grinding cost 1/5-1/8;Energy saving advantages, in the conditional place, the use of low-grade energy is far more significant than the use of advanced energy saving. 

2. crushing strength contrast: conventional gas mill design line speed of 400m/s~600m/s, while the steam kinetic energy mill crushing strength can reach 1000m/s. 

3. the full use of waste heat, in line with the current state vigorously advocated energy-saving emission reduction policy requirements, easy access to government funding for science and technology and national science and technology incentives; 

4. steam power grinding material and the material is crushed to collide with each other, small wear equipment, such as a large foreign body in raw materials (iron bolts, etc.) into the device will not cause damage to the equipment, low maintenance rate, few wearing parts, low maintenance cost; 

5. the processing powder size range is wide, 10um superfine powder can be processed, but also can be processed according to the needs of 1 ~ 2um of ultrafine powder. 

6. make full use of not used superheated steam, in line with the current state vigorously advocated energy-saving emission reduction policy requirements, easy access to government funding for science and technology and national science and technology incentives; 

Equipment features: 

1.low energy consumption, can make full use of the existing waste heat generated by steam or low temperature power generation after the back pressure steam as the driving force, can effectively reduce the powder processing cost; if the existing steam is not applied on emptying, powered by steam after grinding, powder processing costs will only flow grinding cost 1/5-1/8; energy saving the advantage, in some places, with lower energy than using advanced energy saving energy. 

2. crushing strength, can obtain finer powder: critical velocity of superheated steam, crushing strength, easy to obtain ultrafine powder more fine, can realize the processing of submicron or nanometer powder of some material, conventional jet mill line design speed of 400m/s~600m/s, and the steam mill crushing strength of kinetic energy can reach 1000m/s. 

3. steam power grinding material and the material is crushed to collide with each other, small wear equipment, such as a large foreign body in raw materials (iron bolts, etc.) into the device will not cause damage to the equipment, low maintenance rate, few wearing parts, low maintenance cost; 

4. in the processing of flammable and explosive powder (such as coal / coke) in the process of safety, material is crushed in the superheated steam, so there is no danger of explosion; powder and processed can be maintained at a temperature of 40-80 DEG C to improve combustion efficiency; 

5. the processing powder size range is wide, according to the needs of processing 100 mesh to 12500 powder. 

6. make full use of low grade thermal power plant superheated steam as the driving force, low cost, super fine powder processing scale, conform to the state is vigorously promoting energy-saving emission reduction policy requirements, easy to obtain government funding of science and technology and support of the national science and technology award. 

Typical materials used in the application field are:

Fly ash, sulfur slag, titanium dioxide, coal, petroleum coke, carbon black, carbon, blast furnace slag, steel slag, graphite, talc, mica, quartz, calcite, barite, diatomite, aluminum hydroxide, magnesium / metal oxides were all temperature resistant material. 

The main areas of application are: 

Power plant, fly ash / sulfur slag, glass plant, petroleum coke powder / coal powder, blast furnace slag / steel slag, carbon plant, calcined coke / superfine graphite, non-metallic mineral industry / ultra-fine powder materials.