Tag Archives: Carbide-tipped
Haltbar 1001-1002 Carbide-tipped Saw Blades
The Haltbar 1001 Foundry carbide-tipped saw blade is a Type 1 bandsaw blade offering exceptional fatigue, shock, and wear resistance when cutting aluminum castings, fiberglass, Masonite, plastics, composite materials, and abrasive woods. The 1001 is no match for case hardened or spring steel, aluminum, nickel-based alloys, high-speed, duplex, and heat resistant steels. It is often referred to as a foundry carbide blade because of its common usage in cutting gates and risers. The Haltbar 1001 saw blade is used primarily for aluminum castings, Masonite, plastics, composites, and abrasive woods. Its set-tooth carbide blade is beveled, with a straight lead tooth …
Foundry Carbide Blades
The bandsaw machine is considered to be one of the most versatile power tools as well as being essential in today’s factory production work. A properly equipped bandsaw that is expertly operated will easily cut through most material types. With metal cutting bandsaw blades, it is important to choose the right blade in order to achieve the desired end result. The increased demand of foundry and high production cutting applications prompted bandsaw blade manufacturers to design the foundry Carbide bandsaw blade. A Carbide blade is composed of a carbon compound for durability and requires less frequent replacement than a steel blade. Foundry …
Triple-Chip Carbide Bandsaw Blade
In order to achieve efficient performance in a bandsaw machine, proper bandsaw blade selection is required. Choosing the proper bandsaw blade will help increase accuracy and speed up production output. For tough or abrasive sawing applications, or if high surface finish quality is critical, then a carbide-tipped bandsaw blade is recommended. At SawBlade.com, we recommend using the Haltbar CT 1002 Triple-Chip carbide bandsaw blade. This saw blade provides quality output in the most demanding production cutting applications where standard bi-metal blades fail. The Triple-Chip carbide bandsaw blade provides high-resistance cutting capability for difficult-to-machine metals, exotic metals, and alloys. These blades are designed to cut through tough materials. The …
