Victor® style 3-101 Size 5 Cutting Tip - Uses Acetylene Gas - MD

Type: The Victor® style 3-101 Size 5 Cutting Tip is a cutting nozzle engineered for use in oxy-acetylene cutting torches. It is specifically designed to provide accurate and controlled metal cutting.

Size 5: The "Size 5" designation indicates the size of the cutting tip. In this context, "Size 5" typically represents a larger-sized tip suitable for cutting through thicker materials. It is well-suited for medium-duty applications where precision cutting is required.

Acetylene Gas: This cutting tip is designed to be used with acetylene gas, a widely used fuel gas in oxy-acetylene cutting and welding processes. Acetylene produces a high-temperature flame that is ideal for cutting through various metals.

Medium Duty (MD): The "MD" designation signifies that this cutting tip is engineered for medium-duty applications. It is built to handle tasks that fall within the medium-duty range, making it suitable for various industrial and metalworking applications.

Precision Cutting: The cutting tip's design is optimized for precision and control during metal cutting. It produces a focused and concentrated flame, allowing for clean and accurate cuts. This precision is essential for tasks where accuracy matters.

Compatibility: The Victor® style 3-101 Size 5 Cutting Tip is typically compatible with Victor-style cutting torches. However, it is essential to ensure compatibility with your specific torch model and brand.

Applications: This cutting tip finds applications in various industries, including metal fabrication, construction, automotive repair, and manufacturing. Its larger size and medium-duty rating make it suitable for tasks that require cutting through thicker structural materials while maintaining precision.

Safety: When using this cutting tip, it is crucial to follow proper safety procedures. This includes wearing the necessary personal protective equipment, ensuring adequate ventilation, and handling acetylene gas cylinders with care to ensure safety during operation.