Advantages of Carbide-Tipped Saw Blades

We at Farris Belt & Saw Company have extensive experience in working with power tools of all kinds, including saws. Today, we are a well-known supplier and distributor of saws, belts, and other abrasive products, and you can count on us to help you find the right components for your equipment.

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One of the many products we offer is carbide-tipped saw blades, and in this article, we’ll go over some of the advantages they have to offer.

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• Toughness – One advantage of carbide-tipped saw blades is their toughness. Carbide is even tougher than steel, and it is better at holding up to the damage silica particles, small rocks, and mineral deposits can do. In addition, if there are any staples, nails, or screws in the wood you are cutting, you won’t need to worry about them damaging a carbide-tipped blade, as it can simply cut right through.
• Sharpness – Another benefit of carbide-tipped saw blades is the way they remain sharper longer than steel does. You won’t have to worry about scheduling sharpening services nearly as often as you would have to with a steel blade. In addition, sharp blades will ensure your power saws can work as efficiently as possible.
• Longevity – The last advantage of carbide-tipped saw blades we’ll cover here is their superior longevity. A carbide-tipped blade lasts much longer than a steel blade, and it is a better investment in the long run.

Because of their application in the medical field, diamond saw blades improve the quality of life for millions of people around the world. In healthcare, diamond blades assist in processes ranging from sawing bones during surgery to precision work inside blood vessels. Creating the ideal prosthetic involves skilled use of diamond saw blades. There are also multiple uses for diamond blades in the dental field including restorative work. Those who need care from an optometrist or ophthalmologist benefit from diamond saw blades that play a role in creating lenses and optical measuring tools.

When it comes to the aerospace industry, diamond blades have multiple applications. For example, these tools work on composite materials, titanium, graphite, Kevlar, and reinforced plastics. Cutting, shaping, and developing these materials is an integral part of the manufacturing and innovation process for aerospace engineers.

In the IT and electronics fields, engineers use diamond saw blades to cut semiconductors. Cutting semiconductors, which are brittle, is no easy task. It requires precision and care. These specialized blades work very well on these delicate materials. Likewise, a diamond blade cuts metals, ferrites, substrates, printed circuit boards, and other materials used to produce electronics.

One of the most useful versions of this cutting tool is the electroplated blade. Superior to blades constructed using the vacuum brazing and sintering techniques, electroplated diamond blades are easy to replate when the blade wears down. This process also utilizes a powerful bonding application while allowing for the removal of the layer when it’s time to replace it. These blades have one layer of diamonds, which are not embedded in the bond itself. Instead, the diamonds are exposed from the bond. Diamond saw blades made using the electroplating process may be very thin, making them ideal for doing precision work.

Being able to remove an abrasive from a diamond blade and apply a new layer helps you protect your tool investment and save money. Rather than replacing the entire tool, you merely get the blade replated. Reapplying the diamond abrasive gives your existing tool something akin to a reboot. It’s once again ready to tackle any task, whether it’s a construction, medical, or aerospace application.

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