14 gauge steel plasma cutting at 125 above plate,14 Gauge Steel Plasma Cutting Basics Plasma cutting of 14 gauge steel at 125 above the plate is an interesting process.
14 Gauge Steel Plasma Cutting Basics
Plasma cutting of 14 gauge steel at 125 above the plate is an interesting process. When it comes to plasma cutting, it's a method that uses a high - velocity jet of ionized gas to cut through the steel. 14 gauge steel is not too thick, but still requires the right settings for a clean cut. When the plasma cutter is set at 125 above the plate, it's important to ensure that the torch is held steadily. Any slight movement can result in an uneven cut.
Tips for Successful Plasma Cutting
One important tip is to have the correct gas flow. The gas not only helps in creating the plasma but also in blowing away the molten metal. If the gas flow is too low, the cut may not be clean and there could be dross left behind. Another thing to consider is the speed of the cut. If you move the plasma cutter too quickly across the 14 gauge steel, the cut may not be complete. However, if you move too slowly, it can cause excessive heat and warping of the steel. Also, make sure the steel surface is clean before starting the plasma cutting process. Any dirt or rust can affect the quality of the cut.
Common Problems and Solutions
One common problem is that the plasma arc may be unstable. This could be due to a faulty electrode or improper gas pressure. If the arc is unstable, check the electrode first. Replace it if it's worn out. Then, check the gas pressure and adjust it if necessary. Another issue could be that the cut is not perpendicular. This might be because the plasma cutter is not held at the right angle. Always make sure the cutter is perpendicular to the 14 gauge steel plate for a square cut.
Question 1: What are the key factors for a clean 14 gauge steel plasma cut at 125 above plate?Answer: The key factors include having the correct gas flow, proper cutting speed, a steady hand while holding the torch, a clean steel surface, and ensuring the plasma cutter is perpendicular to the plate.
Question 2: How can one fix an unstable plasma arc during 14 gauge steel plasma cutting at 125 above plate?Answer: First, check and replace the electrode if it is worn out. Then, check and adjust the gas pressure if it is not correct.
Below is,14 gauge steel plasma cutting at 125 above platepartial price list| Category | Market Price | Use Cases |
| 1/4 in stainless steel plate | 1037$/Ton | Processing equipment, conveyor belts |
| 316 stainless steel sheet metal | 1042$/Ton | Stair handrails, walls |
| 1 4 inch stainless rod | 1061$/Ton | Building exterior walls, roofs |
