Tungsten Carbide Buttons: Types, Grades, and Where Each One Works Best
A tungsten carbide button (often called a carbide button insert) is a small, dense wear element installed into a drilling tool. The steel bit body delivers energy and holds geometry+
What Are Tungsten Carbide Buttons
"Tungsten carbide buttons" (also called carbide buttons or carbide button inserts) are cemented carbide inserts—most commonly WC-Co (tungsten carbide grains in a cobalt binder)
6% vs 10% vs 12% Cobalt In Carbide Rods:What Is The Impact On Performance?
If you make (or buy) carbide rod blanks for solid carbide end mills and carbide drill blanks, cobalt is one of the few levers that reliably changes behavior at the cutting edge.
Carbide Rod Grades for End Mills & Drills: What Changes with Grain Size and Binder %
Learn how WC grain size and binder percentage change hardness, wear resistance, and toughness in carbide rods for solid carbide end mills and drill blanks.
Carbide Wear Tiles vs Ceramic Tiles in Centrifuges: Impact Resistance, Bonding, and Serviceability
Tungsten carbide centrifuge tiles are generally the stronger choice where a decanter sees combined impact and abrasion, especially around feed acceleration, scroll-flight leading edges, and solids-discharge zones. Ceramic tiles can be highly effective over broader surfaces dominated by stable sliding abrasion and relatively low impact.
Carbide Nozzles for Abrasive Blasting: Venturi vs Straight Bore—Choosing by Media + Airflow
When I help abrasive blasting users select carbide nozzles, I don’t begin with the catalog. I begin with two questions: (1) What abrasive are you actually running? and (2) What airflow can you truly deliver at the nozzle? Everything else follows.
Applications of Tungsten Carbide in the Oil and Gas Industry: Valves, Chokes, Mud Pumps, and Downhole Tools
In the oil and gas industry, tungsten carbide wear parts are rarely “nice-to-have” components. They are typically introduced when equipment performance starts to degrade due to increasing clearances from wear, high-velocity flow erosion, or galling/scuffing on metal surfaces.
Carbide Bushing vs Bronze Bushing: Which Lasts Longer in Abrasive Slurries and Pumps?
In abrasive slurries and pump environments where solids are present (sand, fines, scale, hard particulate), tungsten carbide bushings usually last longer than bronze bushings because carbide is far more resistant to abrasion and erosive wear.
Tungsten Carbide Seal Rings for Mechanical Seals: Working Principles & Practical Selection
Engineers and procurement teams selecting tungsten carbide seal rings for pumps, compressors, and other rotating equipment—especially in abrasive, corrosive, or high-pressure service.
Tungsten Carbide Seal Rings for Mechanical Seals A Practical Guide for Pumps, Compress
For demanding duties in pumps, compressors, and agitators, especially in the oil & gas, chemical, mining, and water treatment sectors, tungsten carbide seal rings have become one of the most widely used face materials.