SECOP platinum K welding rods are suitable for welding brass and copper alloys, steel and stainless steel, copper and iron.

SECOP Platinum K Welding Rod

SECOP Platinum K Welding Rod is suitable for welding brass and copper alloys, welding steel and stainless steel, copper and iron. This product has a narrow solidus-liquidus temperature range, good fluidity, and is easy to operate during brazing. SECOP Platinum K Welding Rod is one of the better choices for welding copper alloys. Its lower melting point reduces the oxidation of copper alloys during the brazing heating process compared to other brazing materials. SECOP Platinum K Welding Rod is often used as a substitute for high-silver brazing materials, improving brazing efficiency while effectively reducing welding costs. Due to the simultaneous addition of flux and filler metal, SECOP Platinum K Welding Rod ensures a tighter integration between the flux and the brazing alloy, simplifying the transfer and addition of brazing aids, thereby enhancing the efficiency of brazing operations.

SECOP Platinum K Welding Rod helps eliminate the hassle of separately adding flux and filler metal in two steps during brazing construction. This improves efficiency and increases productivity, while also significantly saving flux, resulting in clean and tidy weld joints. Using this product makes it easier to achieve automation in production workshops.

SECOP Platinum K Welding Rod flux-coated brazing material consists of a strip of metal alloy wrapped in flux. This outer coating is stable and malleable, ensuring product consistency and stability. Compared to flux-cored brazing materials, flux-coated brazing materials have a visible flux coating, making it easier to maintain consistency.

SECOP Platinum K Welding Rod flux-coated brazing material offers the following advantages:

• Eliminates waste and other issues caused by manual flux application processes.

• Improves connection quality and output.

• Reduces heating time and increases production efficiency.

• Avoids the possibility of flux slag inclusion, improving weld quality.

• Reduces post-weld cleaning requirements, saving 75% of cleaning water.

• Allows for more diverse material combinations for different applications, base materials, and heating methods.

Very low melting point, excellent fluidity and wettability, superior weldability, and improved welding efficiency.

Copper alloy welding, copper-iron welding, copper-stainless steel welding, stainless steel and stainless steel welding

Copper pipe and iron pipe welding, copper pipe and seamless steel pipe welding, copper pipe and stainless steel pipe welding, stainless steel pipe welding.