brazing alloy

基本解释钎料

网络释义

1)solder,钎料2)filler metal,钎料3)brazing alloy,钎料4)brazing filler metal,钎料5)Brazing filler,钎料6)self-fluxing brazing alloy/ self-fluxing filler metal,自钎剂钎料

用法和例句

Development of solders for aluminum brazing;

铝合金钎焊用钎料的发展动态

Effect of adding Bi element on Sn3.5Ag eutectic alloy solder;

Bi对Sn3.5Ag共晶合金钎料性能的影响

Properties and interface microstructure of new type Ag-Cu-Ge solder;

新型Ag-Cu-Ge钎料的性能及钎焊界面特征

The vacuum brazing process of 5CrMnMo steel and YG8 hard metal were studied by using CuMnNi filler metal.

选用CuMnNi钎料,研究了5CrMnMo钢与YG8硬质合金的真空钎焊工艺。

The filler metals and fluxes suitabled for 2A50 aluminum alloy brazing were selected according to the feature of 2A50 aluminum alloy and the test of spreadability and clearance fillabitity.

针对2A50铝合金的特点,根据铺展性、填缝性试验,对适合其钎焊的钎料与钎剂作了选择,进行了接头强度试验。

Properties and welding interface characterization of new-type Au-Ag-Ge brazing alloy;

新型Au-Ag-Ge钎料的性能及焊接界面特征

The results indicate that the base metal, 60wt%BNi2+40wt%BNi5 brazing alloy and BNi2 brazing alloy is with similar passivation current, but the initial passivation potential is increased in turn, which demonstrates that their corrosion resistance is decreased in the same sequence.

通过电化学方法研究了钎料分别为60%BNi2+40%BNi5(质量分数)和BNi2的316L不锈钢钎焊接头在人造海水中的耐腐蚀性能。

Wettability of two kinds of Pd-Ni brazing filler metals on Si_3N_4 ceramic;

两种Pd-Ni基高温钎料在Si_3N_4陶瓷上的润湿性

Wettability of Au-Ag-Si brazing filler metal series with Ni;

Au-Ag-Si系钎料合金与Ni的润湿性

The vacuum brazing of 40Cr steel to hard alloy YG8 with CuMnNi brazing filler metal is investigated.

选用CuMnNi钎料,对40Cr钢与YG8硬质合金进行真空钎焊试验,研究钎焊温度和Ni中间层对钎焊接头性能的影响,并用三点弯曲试验确定最佳工艺参数;通过使用扫描电镜观察显微组织及能谱分析钎料中各元素在母材中的扩散情况,并结合钎料在40Cr钢和YG8硬质合金上铺展的润湿角的比较,探讨了该钎料与母材的结合性能。

Brazing of IC10 superalloy with Ni-based brazing fillers using Hf and Zr as melting-point depressants

Hf与Zr为降熔元素镍基钎料对IC10合金的钎焊

The newly developed PdNi-(16-22)Cr-(7-21)V-Si-B(mass fraction,%)brazing filler could be used for joining SiC.

采用座滴法研究了PdNi-Cr-V合金钎料对SiC陶瓷的润湿性。

A series Al-Si alloys for brazing filler was designed.

设计了系列铝硅基合金钎料,采用超音速气体雾化技术制备了钎料粉末,系统地研究了快凝钎料微观组织和焊接性能,优化出一种具有较高综合性能的钎料合金Al-10Si-5Cu-5Zn-0。

Study on the new type soldering acid and filler metal for restoration of ancient bronze;

古代青铜器修复钎焊用钎剂与钎料的改性研究

Aluminum Alloy Soldering Procedure Research Based on the Sn-Pb-Zn Solder;

基于Sn-Pb-Zn钎料铝合金钎焊工艺研究

The Research on Properties and Bonding Mechanism of Armorphous Cu-P Filler Metals;

非晶Cu-P钎料的性能及钎焊机理研究

Ti-25Cu-25Zr Filler Metal and Pure Titanium Brazed Process

Ti-25Cu-25Zr钎料与纯钛的钎焊工艺

A Study on the Active Brazing of AlN to W-Cu Alloy with Ag-Ti_4 Active Filler Alloy

Ag-Ti_4活性钎料钎焊AlN与W-Cu合金研究

Bonding process of pure copper with amorphous Cu-P interlayer

非晶Cu-P钎料钎焊接头形成过程

Characteristics of Amorphous Brazing Ribbon of Cu-P Based Alloy

非晶态铜磷钎料真空钎焊紫铜的性能

Study on Processing Technology and Brazing Performance of Ag55Cu21Zn17Sn5Ge2 Solder

Ag55Cu21Zn17Sn5Ge2钎料加工工艺及其钎焊性能的研究

Phase Constitution of Soldering Seam and Mechanical Properties of Zn Matrix Filler Metal Soldering Magnesium Alloy AZ31B Joint

Zn基钎料钎焊镁合金AZ31B接头的钎缝物相及力学性能

Research on the New Lead-Free Solder Processing Properties of Brazing and Mechanical Properties;

新型无铅钎料钎焊工艺性及机械性能的研究

The Study of Low-Melting-Point Filler Metal for Al-Si-Mg Series Alloys Vacuum Brazing;

Al-Si-Mg系锻铝合金真空钎焊低熔点钎料的研究

Study on Cu-based Filler Metal Brazed Composite Coating with Particle Reinforced;

铜基钎料钎焊颗粒增强复合涂层的研究

Research on the Properties and the Interfacial Reactions of Sn-Zn-Cu(Ni) Lead-free Solders;

Sn-Zn-Cu(Ni)无铅钎料及其钎焊接头界面反应研究

Effect of Alloy Element Addtion on IMC at the Soldering Interface of Sn-based Binary Solders;

合金元素对二元Sn基钎料钎焊界面IMC的影响

Development of Brazing Grease for Stainless Steel-Aluminum in High Frequency Induction Brazing;

不锈钢—铝高频感应钎焊膏状钎料的研制

Study on Preparation and Brazing Diamond Film of Active Coated Brazing Filler Metal;

活性涂层钎料的制备及其钎焊金刚石膜的研究

The Manufacturing of Filler Metal and the Joining of TiAl Alloys;

TiAl基合金高温钎焊钎料配制及连接工艺研究

Study on Brazing of Cemented Carbide to Steel Using Cu-Based Microcrystalline Brazing Alloy Foils;

基于Cu基微晶钎料的硬质合金/钢钎焊试验研究

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