Reduced iron powder ZTW40.29

ZTW40.29 is a medium density sponge iron powder with low impurity content and exhibits high consistency in chemical composition and particle size distribution. This powder is particularly suitable for alkaline coated electrodes and is considered a benchmark product in its category. It significantly enhances product performance by optimizing extrusion properties, enhancing coating stability, reducing spatter levels, providing a smoother arc, and increasing production efficiency.

Specifically, ZTW40.29 not only improves extrusion characteristics, making the manufacturing process smoother, but also ensures uniformity and stability of the coating, reducing spatter during welding. Additionally, it provides a smoother arc operation, further enhancing production efficiency. All these advantages work together to ensure the superior performance of the final product.

Powder grades for welding applications:

As a key component in the production of a wide range of welding consumables, the characteristics of iron powders often have a direct influence on both welding properties and final weld metal quality helps enhancing the characteristics and performance of covered electrodes as well as flux-cored and metal-cored wires. Our sponge grades are distinguished by particle size distribution, chemical composition, particle morphology and apparent density. Choosing iron powders with suitable characteristics for a given application will result in enhanced efficiency and overall welding performance.

Benefits:

• Wide range of iron powders developed for welding applications

• Narrow specifications

• Consistent chemical and physical properties

• Low level of impurities

• Efficient logistics solutions and smart packaging

The grades for welding applications including 40.29, 40.35,40.37,100.25, 1%FeB. we can also customize the iron powder by buyers requirements.

Specification of Reduced iron powder

ZTW40.29

PRODUCT PACKING

25kg/bag, 1000kg/bag, the package can be customized by buyer’s requirements.