產(chǎn)品詳情
S 215 |
Al9 Cu Rem. |
Wear and corrosion resistance. Argon arc welding of copper alloys and surfacing of steel. |
ERCuAl-A2 |
|
S 221 |
Cu60 Sn1 Si0.3 |
Melting point is about 890℃. Gas welding and carbon arc welding of brass, also braze welding of copper, steel and cast iron. |
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S 221F |
Cu60 Sn1 Si 0.3 |
S221 welding rod coated with flux. |
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S 222 |
Cu58Sn0.9Si0.1 |
Melting point is about 880℃. Gas welding and carbon arc welding of brass, also braze welding of copper, steel and cast iron. |
RBCuZn-C |
|
S 222F |
Cu58Sn0.9Si0.1 |
S222 welding rod coated with flux. |
RBCuZn-C |
|
S 223 |
Cu59 Sn0.6 |
Melting point is about 900℃. Braze welding of copper, steel and cast iron. |
RBCuZn-A |
|
S 224 |
Cu62 Si0.5 |
Melting point is about 905℃. Gas welding and carbon arc welding of brass, also braze welding of copper, steel and cast iron. |
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Copper 銅
合
金 |
S 225 |
Cu48 Ni10 |
Melting point is about 935℃and high strength. Braze welding of steel, nickel and carbide alloys. |
RBCuZn-D |
S 225F |
Cu48 Ni10 |
S225 welding rod coated with flux. |
RBCuZn-D |
|
S 226 |
Cu60 Sn0.3 |
Melting point is about 900℃. Gas welding of brass, also braze welding of copper, steel and cast iron. |
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S 227 |
Cu58Sn0.9Ni0.5 |
Melting point is about 880℃. Gas welding and carbon arc welding of brass, also braze welding of copper, steel and cast iron. |
RBCuZn-B |
|
S 229 |
Cu55 Ni6 Mn4 |
Melting point is about 920℃, high strength. Braze welding of steel, nickel and hard carbide. |
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Aluminum alloys
鋁
合
金 |
S 301 |
Al≥99.5 |
Good ductility and corrosion resistance. Gas welding and argon arc welding of pure aluminum. |
ER1100 |
S 311 |
Si5 Al Rem. |
Corrosion resistance, wide range of usage. Gas welding and argon arc welding of aluminum alloys other than high magnesium alloys. |
ER4043 |
|
S 321 |
Mn1.3 Al Rem. |
Good corrosion resistance, weldability and ductility. Gas welding and argon arc welding of aluminum alloys. |
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S 331 |
Mg5 Mn0.4 |
Corrosion resistance and high strength. Argon arc welding of aluminum alloys. |
ER5183 |
送絲不順的主要原因來自于焊絲的刮削
刮削的產(chǎn)生是由于生產(chǎn)設(shè)備及焊絲的特性多造成的;
// 制造生產(chǎn)過程中會造成微粒或者鱗狀屑沾粘在焊槍導(dǎo)管的內(nèi)壁,導(dǎo)致焊絲表面的磨損,從而造成焊絲表面的刮削。
// 盤絲的繞線過程中,焊絲于焊絲的并列接觸會造成焊絲碎屑剝落。
// 合金焊絲的刮屑通常會積聚在送絲導(dǎo)管內(nèi),但這種情況也常發(fā)生于送絲滾輪及導(dǎo)電嘴。
// 堵塞的送絲導(dǎo)管會造成焊接中止,焊道修整及零件更換等整體成本的上升。