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1)  abrasive flow machining(AFM)
磨粒流加工
1.
By the CFD(computational fluid dynamics) software FLUENT, the abrasive flow shape during abrasive flow machining(AFM) was simulated by the Spalart-Allmaras model which is a Mixture turbulent flow model for solid-fluid two phase flow system.
以FLUENT软件为计算平台,采用Spalart-Allmaras固液两相Mixture湍流模型对磨粒流加工过程中磨粒流的流动形态进行了数值模拟,结果表明:增大压力差可提高通道中流体的平均速度,增大边界层与壁面流速差可提高加工效率;通过改变进口压力得到非稳态流场,能够使近壁面处的磨粒数目增多,有利于加工效率的提高。
2)  abrasive machining
磨粒加工
1.
New development and current state for high speed and super-high speed abrasive machining;
高速超高速磨粒加工技术的现状与新进展
2.
Abrasive machining plays an important role in precision and ultra-precision processing technology.
磨粒加工是现代精密与超精密加工中重要的加工方法。
3.
In this paper, semi-fixed abrasive machining technique is proposed and it can reduce or eliminate the surface damage caused by large abrasive gains, which will improve the efficiency of precision or ultra-precision processing.
磨粒加工是先进陶瓷材料精密、超精密加工的主要手段。
3)  abrasive flow machining
磨料流加工
1.
Abrasive flow machining (AFM) is a nontraditional finishing process that is used to deburr , polish, radius and remove recast layer by flowing a semisolid abrasive media across the workpiece surface.
磨料流加工是表面加工中发展起来的一项新工艺,是通过将半固态的流体磨料挤压通过工件待加工表面来达到去毛刺、抛光、倒角和去除再铸层的目的。
2.
The viscosity of flowable abrasive mixture is an important parameter in abrasive flow machining(AFM).
流体磨料的粘度是磨料流加工工艺的重要参数。
3.
Introduced the principle and machining characteristics of abrasive flow machining, analyzed applicability and high efficiency of abrasive flow machining in various plastic molding mold, mainly introduced machining skill and clamp design points of various mold parts.
介绍了磨料流加工工艺的基本原理和加工特性,分析了磨料流加工在各种塑料成型模具制造中的广泛适应性和高效性,着重介绍了各种模具零件的磨料流加工应用技巧和夹具设计要点。
4)  high efficiency abrasive machining
高效率磨粒加工
1.
Development and key technologies for high efficiency abrasive machining;
高效率磨粒加工技术发展及关键技术
5)  abrasive jet machining
磨粒喷射加工
6)  semi-bonded abrasive machining
半固着磨粒加工
补充资料:XLB型旋转流化床制丸(粒)包衣机

 

[工作原理]

粉末或者母粒在旋转流化床内,受到环隙空气浮力、旋转离心力、自身重力作用,呈环周绳股状,粘合剂或包衣液喷入料层形成真球度极高的丸粒或连续均匀的衣膜。

[特 点]

 转子速度连续可控。

 粒丸在床内处于泛丸状态,使其表面致密,真球度极高。

 适用于粉末微粒、微粒包衣、制丸、包衣。

[原理图]
 

[外形尺寸图]
 

[技术参数]
 
1.5
10
20
30
60
120
工作容积
L
5
30
60
105
180
420
投料量
kg/批
1.5
10
20
30
60
120
旋转功率
Kw
0.55
1.5
4
5.5
7.5
11
风机功率
Kw
4
5.5
7.5
15
18.5
22
蒸汽耗量
Kg/h
35
42
84
166
250
332
压缩空气量
m3/min
0.3
0.6
0.6
0.9
0.9
1.1
安装尺寸参考
A
mm
2175
2250
2400
2550
2850
3300
B
mm
905
1040
1240
1540
1960
2280
C
mm
1200
1350
1800
2050
2550
3200
D
mm
920
970
1130
1130
1180
1380
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条