Processing, Carbon Plate, Alloy Plate, And HSLA Grade Steels in Fremont, New Hampshire

Since 1982 Quality Flame has been an industry leader in processing carbon plate, alloy plate, and HSLA grade steels. We are well known experts in cutting steel plate. Others recommend us for tough jobs. Holding large inventory of plate from 1/8″ thick to 6″ thick in all grades helps us to fulfill any job at hand. Our material is purchased directly from Major domestic steel suppliers and Mills. Besides flame & plasma cutting we offer value added services such as rolling, forming, heat treating, shot blasting, grinding, beveling and punch pressing. Visit US at Quality Flame Cutting

Contact Information

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828 Main St. Fremont, NH 03044
603-895-6040 603-895-6774

Services and Capabilities

  • Plasma Cutting and Plate Processing
  • CAD Design of Metal Parts
  • Blanchard Grinding
  • Metal Sand Blasting
  • Sales of Steel Plate from 3/16″ to 5″ Thickness
  • Various Product Grades
How Can We Help You?

Talk to an expert today to discuss custom solutions for your project.

(603) 895-6040

Plate Processing

Plate processing, also known as oxy cutting, is a process used to cut metals using a chemical reaction at high temperatures. In order to achieve this, a torch is used to heat the material to the required temperature, and a jet of pure oxygen is directed at the heated section. This causes a chemical reaction which cuts the metal. This process can be very useful for cutting thick pieces of metal. It is important to consider the material that is being used. The melting point of the oxide that is formed must be lower than the melting point of the material being cut, or the process will not work.  Plate processing works best for steel.

Plasma Cutting

Plasma cutting is a good alternative to plate processing because it works on materials that plate processing cannot be used for, such as stainless steel and aluminum. While plate processing can be great for burning through thick materials, plasma cutting is more precise and works well for very thin materials. The process is done by forcing plasma gas through a nozzle which constricts it. The gas condenses and is quickly expelled to a conductive surface. When it hits that surface, the plasma is able to cut right through it.  Plasma cutting is ideal for cutting mild steel, stainless steel, and aluminum.

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