Flow control is crucial within the oil and gas industry. Therefore, choke valves in numerous variations and dimensions are essential components for controlling the pressure and flow of good products. Having to endure severe conditions of multi-flow media, these components may suffer extreme mass loss by exposure to solid particle erosion and acidic corrosion. Maintaining or replacing worn-out parts is by far the least desirable option in the long term. Instead, choosing the most durable and reliable solution that easily withstands erosion as well as corrosion is preferable. For such situations, cemented carbide have been a well-proven solution: high hardness, wear resistance, and toughness, combined with other mostly adaptable, high-performance characteristics, make cemented carbide the ideal material for numerous applications. Most cemented carbide use a cobalt binder phase. But due to their limited corrosion resistance and they are being prone to binder leaching, pure WC-Co carbides are often not suitable for application fields where corrosion is likely to occur. The only solution is to use materials such as Co/Cr, Co/Ni, or Ni/Cr rather than pure cobalt binders.   Related search keywords: cemented carbide, tungsten carbide, tungsten carbide inserts, tungsten carbide end mills, tungsten carbide tools, tungsten carbide ring, tungsten carbide rod, tungsten carbide burr, tungsten carbide plate, tungsten carbide alloy, tungsten carbide balls, tungsten carbide blade, tungsten carbide bar, tungsten carbide blanks, tungsten carbide coating, tungsten carbide cutter, tungsten carbide drawing dies, tungsten carbide flat bar, carbide inserts, carbide turning inserts, cemented carbide bit, cemented carbide blade, cemented carbide binding material, cemented carbide ball, cemented carbide brazing,

There’s a perception that accessories using tungsten carbide perform better than non-carbide ones. But does that perception match reality? In most cases, it does. Carbide blades outperform and last longer than steel or bi-metal in nearly every application. That combination makes it the go-to standard for the best miter saw blades and rotary hammer bits. It’s also gaining more traction for reciprocating saw blades and oscillating tool blades, too. In terms of raw speed, some tasks benefit from standardized blades. In particular, steel reciprocating blades may cut more quickly in certain materials. Since they can optimize the teeth geometry to the material and avoid the wider kerf sizes, steel blades often beat wider, slower carbide-toothed blades. You also can’t beat the price of a cheap steel reciprocating saw blade. If you don’t intend to cut anything but wood or PVC, a steel blade works great. Related search keywords: Carbide blade, Carbide Saw Blade, carbide saw tips, carbide saw blade sharpening machine, carbide saw blades for steel, carbide saw blade to cut aluminum, carbide saw blade for weed eater, carbide saw blade for aluminum, carbide saw blade bunnings, best carbide saw blade, carbide saw blade cutter, carbide saw blade for metal, carbide circular saw blade for metal cutting, carbide saw blade, carbide blade, carbide saw tips, carbide saw blade tips, tungsten carbide saw blade tips, saw blade carbide welding, zhuzhou apple carbide tools co. ltd, tungsten carbide blade, carbide wear parts, carbide rods, carbide tip, saw blade for metal, carbide sleeve, carbide plate, carbide rod, carbide tool, carbide cutting tools, carbide parts, saw blade for wood, carbide strips, bunnings carbide circular saw blade, carbide burs

Advantages: 1.Materials: 100% fresh tungsten carbide material ensures long service life, good wear resistance, and high hardness. 2.Process:  special Hot Isostatic Press (HIP) process provides quality improvement to the finished products to ensure material reliability. 3.Accuracy: Produced with advanced equipment to ensure high precision, no notch at 300 times magnification, 0.002 parallelism  4.Specification: Carbide blade with saw teeth and cutting bevels both are available. wide range of applications, applicable for various industry fields. Carbide Blade with Cutting Bevels: Smooth cutting without burrs High hardness and good wear resistance Good surface finish Can be produced according to your drawings or samples Carbide Blade with Saw Teeth： Sharp cutting and smooth chip removal High wear resistance and high toughness Mirror effect to improve cutting performance Support non-standard customization Related search keywords: Carbide blade, Carbide Blade with Saw Teeth, Carbide Blade with Cutting Bevels, Carbide Saw Blade, carbide saw tips, carbide saw blade sharpening machine, carbide saw blades for steel, carbide saw blade to cut aluminum, carbide saw blade for weed eater, carbide saw blade for aluminum, carbide saw blade bunnings, best carbide saw blade, carbide saw blade cutter, carbide saw blade for metal, carbide circular saw blade for metal cutting, carbide saw blade, carbide blade, carbide saw tips, carbide saw blade tips, tungsten carbide saw blade tips, saw blade carbide welding  

                                                                                                             Carbide has high wear resistance, strength, and hot hardness, and is a common machining material. This material is also known as tungsten carbide. Tungsten carbide is one of the hardest materials on earth. Tungsten carbide has therefore been frequently used in industrial cutting applications. Due to the properties of carbide, cutting becomes controllable and repeatable. Its high durability and wear resistance make it superior to other steel tools, with faster cutting speeds and better surface finishes on machined parts.   Tungsten carbide can be an excellent tool, but it is difficult to use as a cutting-edge material. Standard abrasives and manufacturing processes used to grind steel cannot handle tungsten carbide. It must be surface ground with diamond abrasives, not machined. At the same time, one of the biggest drawbacks of tungsten carbide is that it is more brittle than steel. So we need to compensate by sandwiching it between stronger materials or depositing a thin layer directly on the cutting edge.   It is worth noting that in steel we are more used to finer tungsten carbide sizes, which means better toughness. But for tungsten carbide, the opposite is true. Coarser carbide size means higher toughness. Since tungsten carbide size is more important for good sharpness and edge performance, the cobalt content will give the tool some toughness and fracture resistance. Simply put, cobalt is a binder that complements and interacts with tungsten carbide as a carbide tool.   Apple carbide tools know enough about the properties of tungsten carbide that it has high hardness, wear resistance, and therefore chip edge retention. We offer carbide tools, if this is the quality you want and you like carbide tools, then try th