Copper alloy TIG welding rod MTA-YB5 for easy welding of ferrous and non-ferrous metals.
MTA-YB5
The only welding rods that allow for easy TIG welding of SUS and brass, as well as iron and copper, and iron and copper alloys, are offered by our company.
Introducing the copper alloy Tig welding rod MTA-YB5 A welding rod has been developed that makes it easy to weld materials that were previously difficult to join, such as iron and non-ferrous metals, or between copper alloys. This copper alloy Tig welding rod is used by over 100 companies. Please give it a try.
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basic information
【Product Name】Copper Alloy Tig Welding Rod 【Product Code】MTA-YB5 【Composition】Cu-5Fe 【Size】Φ1.2×1000 Φ1.6×1000 φ2.0×1000 Φ2.4×1000 Φ3.2×1000 【Application】Joining of dissimilar metals such as iron, SUS copper, and copper alloys
Price information
Direct sales price: 6300-6700 yen/kg *Looking for handling trading companies and wholesalers.
Price range
P1
Delivery Time
P1
※1 to 3 business days from the order placement.
Applications/Examples of results
■Advantages of MTA-YB5 1. Welding is possible for almost all materials containing "iron" and "copper." 2. Welding can be done without preheating. 3. Improved welding speed enhances production efficiency. ■Weld Hardness (HV) Iron + Iron: 160 SUS + SUS: 103 Iron + Brass + SUS: 112 Phosphor Bronze + Brass + Copper: 101 ■Weld Tensile Strength (N/mm²) Brass + Brass: 322 Brass + Phosphor Bronze: 316 Brass + Copper: 230 Copper + Phosphor Bronze: 205 Copper + Copper: 209 Phosphor Bronze + Phosphor Bronze: 385
Detailed information
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The welded part increases in strength due to the influence of iron.
Company information
MTA Alloy Co., Ltd. is the world's first casting manufacturer to successfully develop an alloy of iron and copper. The MTA alloy, made by mixing familiar iron and copper, is truly the strongest superalloy in human history. 1. Copper Stainless S10 [Stainless + Copper] Copper is a metal with the strongest antibacterial properties. Copper stainless is an alloy that contains a small amount of copper in stainless steel, but it exhibits antibacterial properties equivalent to 100% copper. By leveraging this characteristic, many products are being developed to protect humans from invisible viruses and bacteria, such as those causing COVID-19 and food poisoning. 2. Bearing Material HLS10 Introducing a new bearing material. Similar to phosphor bronze, this copper stainless bearing can be used without oil and has improved wear resistance. 3. Thermal Mold Material MTAFeX2 The iron-based copper alloy MTA-FeX2 boasts a thermal conductivity of 90W and achieves a surface hardness of HRC 60 with Edison Hard and HV 800 with Caniboron plating. As "copper," which conducts heat and electricity well, is expected to see a significant increase in demand worldwide, its price will continue to rise. Therefore, by using "copper alloys" made from inexpensive iron as alternative materials, we can contribute to the responsible use of limited resources in line with the SDGs.