inforce the steel compound. When subjected to heat, these fasteners can become hardened and strengthened to create finer elements, like the point of the screw, as well as the threads.

Depending on what your fastening needs are, you will be buying different types of stainless steel fasteners for different faste

Stainless steel fasteners are made of steel that has been mixed with at least a ten percent compound of chromium, and possibly other metals, so that the steel doesn’t rust or corrode. This makes stainless steel fasteners great for outdoor conditions, where there is a lot of water or moisture. Especially if you are building something that supports a substantial amount of weight, such as humans, you will need to use stainless steel fasteners. Steel all by itself can rust until it breaks, and nobody wants that.

When stainless steel fastening systems such as nuts and bolts are employed, they tend to meld together. This is due to the chromium layer on the surface of the stainless steel being exposed to oxygen for a short time before fastening. When the pieces are screwed together, the oxygen is taken out of the equation, solidifying the bond. This process is called “galling”.

There are other types of stainless steel fasteners that resist becoming brittle at lower temperatures. These stainless steel screws are infused with nickel. The nickel also works to de-magnetize the stainless steel. Manganese can also be used in place of, or in cooperation with, nickel, to roughly the same effect, but at a lower cost.

Carbon can also be used to reinforce the steel compound. When subjected to heat, these fasteners can become hardened and strengthened to create finer elements, like the point of the screw, as well as the threads.

Depending on what your fastening needs are, you will be buying different types of stainless steel fasteners for different fasten

building something that supports a substantial amount of weight, such as humans, you will need to use stainless steel fasteners. Steel all by itself can rust until it breaks, and nobody wants that.

When stainless steel fastening systems such as nuts and bolts are employed, they tend to meld together. This is due to the chromium layer on the surface of the stainless steel being exposed to oxygen for a short time before fastening. When the pieces are screwed together, the oxygen is taken out of the equation, solidifying the bond. This process is called “galling”.

There are other types of stainless steel fasteners that resist becoming brittle at lower temperatures. These stainless steel screws are infused with nickel. The nickel also works to de-magnetize the stainless steel. Manganese can also be used in place of, or in cooperation with, nickel, to roughly the same effect, but at a lower cost.

Carbon can also be used to reinforce the steel compound. When subjected to heat, these fasteners can become hardened and strengthened to create finer elements, like the point of the screw, as well as the threads.

Depending on what your fastening needs are, you will be buying different types of stainless steel fasteners for different faste

ue to the chromium layer on the surface of the stainless steel being exposed to oxygen for a short time before fastening. When the pieces are screwed together, the oxygen is taken out of the equation, solidifying the bond. This process is called “galling”.

There are other types of stainless steel fasteners that resist becoming brittle at lower temperatures. These stainless steel screws are infused with nickel. The nickel also works to de-magnetize the stainless steel. Manganese can also be used in place of, or in cooperation with, nickel, to roughly the same effect, but at a lower cost.

Carbon can also be used to reinforce the steel compound. When subjected to heat, these fasteners can become hardened and strengthened to create finer elements, like the point of the screw, as well as the threads.

Depending on what your fastening needs are, you will be buying different types of stainless steel fasteners for different faste

resist becoming brittle at lower temperatures. These stainless steel screws are infused with nickel. The nickel also works to de-magnetize the stainless steel. Manganese can also be used in place of, or in cooperation with, nickel, to roughly the same effect, but at a lower cost.

Carbon can also be used to reinforce the steel compound. When subjected to heat, these fasteners can become hardened and strengthened to create finer elements, like the point of the screw, as well as the threads.

Depending on what your fastening needs are, you will be buying different types of stainless steel fasteners for different faste

inforce the steel compound. When subjected to heat, these fasteners can become hardened and strengthened to create finer elements, like the point of the screw, as well as the threads.

Depending on what your fastening needs are, you will be buying different types of stainless steel fasteners for different fastening jobs.

Here’s an interesting side note: stainless steel has a long history. The first non-corrosive object still currently in existence is an artifact from India called the Iron Pillar of Delhi, which was a high-phosphorous-content iron pillar. Modern stainless steel was invented in the early part of the 20th Century, by a number of inventors and researchers simultaneously. The first stainless steels were made of 10-18% chromium, along with significant amounts of carbon. Thanks to these inventors, stainless steel fasteners became a very widespread, low-cost reality.