Pump shafts are stainless steel bars that can vary in shape depending on the pump application. These bars, however, are manufactured to a higher standard than common steel bars. Elevated requirements come from a variety of factors:
Distributor and Supplier of Titanium, Stainless Steel, Nickel, Carbon Steel, Alloy Steel & Aluminum
The topic of air pollution has become a central discussion point in today’s world. In the wake of present environmental issues, many people continue to look for effective ways to ameliorate the pollution harming the atmosphere. And while the task of alleviating air toxins is ordinarily allotted to plants and trees, new studies have shown that titanium dioxide roof tiles can help break down nitrogen oxides and remove it from the air.
Aluminum is one of the most common metals in the world, with an expansive influence that touches lives every day. From covering dinner in the oven to providing structural elements of an aircraft, aluminum‘s light weight and high strength make it ideal for many applications
Hastelloy® and Incoloy® are both members of the “superalloy” family, also known as high-performance alloys. As such, they have several key characteristics in common. They both possess excellent mechanical strength, especially at high temperatures, and they are both highly resistant to corrosion and oxidation. However, there are also several important differences to note between these two superalloys, including their chemical composition, their weldability, and their suitability for different applications.
Wire and Gauge
Wire — no matter its source metal — is measured in length and gauge. Higher gauge numbers refer to thinner wire, optimal for running long distances and maintaining conductivity. Lower gauge numbers refer to thicker wire, which can carry more amps at a time. Evaluating the needs of your project and familiarizing yourself with gauging systems will help ensure the right wire selection.
Less mass = greater speed and better performance!
Most of us know that cars go faster and burn less fuel if they weigh less but very few of us know how to reduce the weight. In fact, many of the constructors we meet that design and build high-end race cars are very surprised to learn how many automotive parts and fasteners are now being manufacturer from titanium alloys. It’s logical; titanium is stronger than steel and weighs 40% less. Even Tesla (yes Tesla, not Ferrari) is using titanium sheet for underbody shields on their Model S sedan.
Stainless steel has become such a common metal that it’s used in everything from home appliances and cutlery to chemical and pharmaceutical, medical, and oil and gas applications. It is so commonly seen by everyone that it is difficult to remember that there was a time when stai
nless steel did not exist.
A History Lesson
Through the early 1900s, advances and discoveries were made that led to the industrialization of stainless steel. In 1912, an English researcher named Harry Brearley discovered stainless steel alloy while searching for ways to create gun barrels that were resistant to corrosion. After applying for a patent, Brearley discovered that an American named Elwood Haynes had also applied for a patent. Brearley and Haynes pooled their funds and formed the American Stainless Steel Corporation.
There's no denying that there was a serious slowdown in the construction industry in Mexico City around 2012 and 2013. General economic lethargy had a huge impact on construction, as both commercial and residential consumers worried about their financial futures. The end result was a Mexico City construction industry that contracted for 9 straight months in 2013 with an overall loss of 4.5%.
As it turns out, it truly was the darkest before the dawn, as 2014 saw steady growth and the 4th quarter of last year saw Mexico's economy grow at its largest rate in two years. The GDP climbed 2.6% from 2013 to 2014, and most experts are predicting a breakout construction year in 2015.
Nickel alloys are composed of nickel and copper, as well as smaller amounts of iron, manganese, carbon and silicon. The combined properties of these elements make nickel alloy both easier to machine and stronger than the elements would be on their own.