FE5843 Iron Manganese Silicon Carbon Alloy Wire (Fe 1.63Mn 1.0Si 0.07C)

Fe 1.63Mn 1.0Si 0.07C Wire Description:

Fe 1.63Mn 1.0Si 0.07C Wire is a high-shrinkage, silicon-stabilised steel wire specifically developed for thermal spraying applications. This wire contains elevated levels of Manganese and Silicon, enhancing its mechanical properties and weldability. The low carbon content promotes a softer steel coating, making it suitable for applications requiring a degree of flexibility and elasticity. It is particularly beneficial for repairs and coatings on bearing seat edges, where its high shrinkage properties necessitate the use of grooves for coatings exceeding 0.75 mm in thickness. The wire can be applied using either arc spraying or combustion wire spraying techniques.

Fe 1.63Mn 1.0Si 0.07C Wire Specifications:

Fe 1.63Mn 1.0Si 0.07C Wire Applications:

1. Repair of bearing seat edges: Suitable for the repair of worn or damaged edges of bearing seats, particularly at end seals of electric motors.

2. Shaft coatings: Suitable for protective coatings of shafts, where high shrinkage properties can contribute to a secure fit.

3. Thermal spray coatings: Utilised in thermal spraying to create durable, resilient coatings on various components.

4. Industrial machine components: Applied to machine parts requiring a softer yet resilient coating to withstand operating loads.

5. Aerospace and automotive repairs: Used in the aerospace and automotive industries for the repair and coating of components subjected to significant wear.

Fe 1.63Mn 1.0Si 0.07C Wire Packaging:

Our Fe 1.63Mn 1.0Si 0.07 C Wire is handled with care during storage and transport to maintain the quality of our product in its original condition.

Fe 1.63Mn 1.0Si 0.07C Wire FAQ:

Q1: What spraying methods can be used with Fe 1.63Mn 1.0Si 0.07C Wire?

A1: Fe 1.63Mn 1.0Si 0.07C Wire can be applied using arc or combustion wire spraying techniques.

Q2: Why does Fe 1.63Mn 1.0Si 0.07C Wire require grooves for thicker coatings?

A2: Due to its high shrinkage properties, grooves are required for coatings thicker than 0.75 mm (0.03 inches) to ensure a secure fit, particularly on edges such as bearing seats and shafts.

Q3: What precautions should be observed when handling and storing this wire?

A3: Store the wire in a dry, clean environment to avoid contamination and corrosion. Wear gloves and ensure adequate ventilation when spraying to prevent inhalation of particles.

Q4: What advantages does the use of Fe 1.63Mn 1.0Si 0.07C Wire provide for coatings?

A4: The wire offers a softer steel coating, notable mechanical properties, and good weldability, making it ideal for repair and maintenance applications across various industries.