![]() ![]() Just to mention a few reasons.īut what if there was a solution to this. This is often not very productive in environments where the work needs to be done in a versatile way, when the pipes need to be cut at specific places or when it’s just inconvenient to move the pipes around. This means that the pipes must be brought to the machine, instead of bringing the machine to the pipe. On the other hand, expensive and extremely heavy industrial machines are capable of cutting stainless steel pipe materials almost in a heartbeat, but the machines are usually not very user-friendly and the heavy machines are difficult to move around. As angle grinder was not really invented for pipe cutting in the first place – not to mention for challenging pipe materials – it’s no wonder that the outcome is what it is. To make things more complicated, stainless steel pipe materials are challenging to cut due to their nature of material composition. Angle grinder is not only slow and inaccurate, but also dangerous and prone to cause accidents. It is found everywhere, from the springs in tanks to the fuel lines carrying vehicle exhausts.The Most Efficient Way To Cut Stainless Steel (Comparison)Ĭutting stainless steel pipe is usually a difficult and slow task, especially when the tool used for the job is angle grinder. Since WW2, stainless steel has also played a key role in the defense sector. A good quality piece of stainless steel serves as a buffer against the damaging effects of wind and water, maintaining safety and stability. When it comes to infrastructure, the corrosion resistance of stainless steel helps extend the lifespan of structural and architectural projects. In the medical industry, stainless steel is found in nearly all the equipment that doctors use in their work as well as the many of the small, intricate parts of hospital machinery (such as the EKG or ECG) for monitoring patients. These applications can include food handling/processing (i.e., kitchen sinks, cutlery), medical instruments (i.e., thermostats), hardware, appliances, and structural/architectural uses (i.e., bridges, airport roofs). Unlike ordinary steel, stainless isn’t prone to corrosion, rusting or staining from water exposure – giving it many versatile applications. The most common of these steps include hot rolling, cold rolling, annealing, descaling/ pickling, cutting and finishing. ![]() You can have everything from stainless steel tubing and stainless steel pipes to a stainless steel bar and stainless steel sheet.ĭepending on which grade or shape is being produced, a piece of stainless steel may go through some processing steps multiple times before reaching the desired appearance or characteristics. ![]() Stainless steel also comes in many different shapes and dimensions. There are more than 100 grades of stainless steel – most are classified into five groups in the family of stainless steels: The exact composition is strictly measured and assessed throughout the alloying process to ensure the steel demonstrates the required qualities. ![]() Other elements can be added to increase corrosion resistance (nickel) and formability (molybdenum). This type of steel also contains varied amounts of other elements such as carbon, silicon and manganese. Once stainless steel is put into service, it does not need to be treated, coated or painted.īesides resistance to corrosion, stainless steel is known for its: This layer prevents corrosion from occurring on the steel surface the greater the amount of chromium in the steel, the greater the corrosion resistance. The chromium content produces a thin chromium oxide film on the steel’s surface called a passivation layer. Stainless steel is an iron alloy that has a minimum chromium content of 10.5%. ![]()
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