| 有效期 | 长期 |
|---|---|
| 类 别 | 钢材 - 焊接钢管 |
| 规格型号 | OK AristoRod 13.22 |
| 产品数量 | |
| 地区 | |
| 详细链接 |
瑞典ESAB伊萨耐热钢实心焊丝OK AristoRod 13.22
Creep resistance or high temp applications–boilers etc.
OK AristoRod 13.09 (EN) & OK AristoRod 13.08(AWS) (0.5%Mo)；
OK AristoRod 13.12 (EN) & OK Autrod 13.16(AWS) (1.25%Cr-0.5%Mo) ；
OK AristoRod 13.22 (EN) & OK Autrod 13.17(AWS) (2.25%Cr-1%Mo) 。
•OK AristoRod系列焊丝---顶级无镀铜实心焊丝
-高速焊Faster Welding
-减少停工时间 Less Down T
• 我们想创造一种能使MAG焊达到一个新的水平的MAG焊丝；
Wewanted to create a MAG wire that takes MAG welding to new performancelevels.
• 所以我们发明ASC技术---MAG焊丝制造技术领域的一个重要的进步；
So we developed ASC -a major advance in MAG wiremanufacturing technology.
•新一代的无镀层MAG焊丝；
Anew generation of bare MAG wires.
•由伊萨采用ASC（先进的表面特性）专利技术制造；
Manufacturedexclusivelyby ESAB with ASC
AdvancedSurfaceCharacteristics technology.
•焊接速度更高、焊接过程顺畅；
Faster, trouble free welding
•几十年来，采用镀铜实心焊丝已经成为MAG焊接的标准。然而许多用户知道，不同供货商提供的MAG焊接焊丝的质量存在很大差异。
Use of copper-coated solid wires has been standard in MAG-weldingfor decades. Many users know, however, that considerable quality differences exist between MAG-welding wires from various suppliers.
•铜屑会从焊丝表面脱落，堵塞导丝管，镀铜质量差时会影响导电嘴的电流传导，送丝性能是很多镀铜焊丝的弱点。
Copperflakesbreakfree, clogging liners and poor copper quality interferes with currentpick up at the contact tip. The result, bad feeding and welding down time. Feeding quality is a weakpoint with many copper-coated wires.
•为了避免这个问题，在八十年代和九十年代期间，许多焊材供应商推出无铜焊丝。然而由于其它的不利因素，这种焊丝从来没有被市场所接受。
To avoid the problem, during the 1980s and 1990s, manywelding suppliers introduced copper-free welding wires. However, they never gained acceptance inthe market because of other disadvantages, such as increased sensitivity to corrosion and a highcontact tip wear - especially at high wire feed speeds.
•伊萨自1997年成功推出无镀铜MAG焊丝，最初命名为EcoMig然后更名为Autrod。
During1997 the ESAB Group successfully launched the first copper free MAG wire.
–无镀铜焊丝销量持续增长，到2002年无镀铜焊丝销量占全部MAG焊丝的17%。
Copper free MAG sales in 2002 with a 17% share of the total MAG volume from ashare 1997 of about 1%.
–在2002年之后，伊萨发明了ASCTM技术后无镀铜焊丝被命名为AristoRod。
Andnew name AristoRod was given after we developed ASCTM technology
•我们创造一种能使MAG焊达到一个新的水平的焊丝 – 迄今为止全球最好的焊丝
•在很高电流时焊接时电弧非常稳定 - 可实现更高焊接速度；
Very stable arc at very high welding currents– means faster welding
•焊接飞溅非常少–节约焊后打磨成本 ；
Extremely low level of spatter– without clean up costs
•起弧性能卓越；
Excellent start properties– ideal for robots and mechanized welding
•送丝送丝过程顺畅稳定；
Consistent, trouble-free feeding
•减少导电嘴磨损；
Reduced contact tip wear ；
•焊丝抗锈蚀性能更好；
Improved protection against corrosion of the wire ；
•低烟尘率；
Low fume emission level
•熔滴过渡频率至少不低于镀铜焊丝；
Current transfer at least as good as with high quality copper coated wire；
• 导电嘴与焊丝之间的电压降更少Lower voltage drop between contact tip and wire；
• 电弧稳定性高；
Improved current transfer stability