Cemented Carbide Rolling Scissors

Cemented carbide rolling scissors include cross-cutting blades, longitudinal scissors tablet, disc flying shears, shear blade.They are suitable for strip steel, steel plate, squares, channel steel, steel wire, rod, scrap of the material such as shear.

Cemented Carbide Rolls

Cemented carbide rolls have been extensively used in industry, for sheet  metal production and, particularly, for the rolling of hard materials and thin  strip, where the requirements for surface finish and accuracy are especially  stringent.
Cemented carbide rolls are used for rolling narrow strip, strip edging, wire  flat tending and shaped wire, where, again, accuracy and finish are paramount.
Cemented carbide is further used in Turks Head rolls to make cemented carbide  rolls to produce either square or rectangular wire from round wire with an  exceptional degree of finish and accuracy. Cemented carbide wire straightening  rolls are also used in conjunction with this equipment.

Cemented Carbide Valve Body and Seat

Cemented carbide valve body and seat is available in a variety of configurations and specifications for use in wear, corrosive and erosive conditions.Cemented carbide valve body ans seat is widely used for mechanical, chemical, textile industried, etc. Cemented carbide valve body and seat is also used for various oil field equipment and oil field valves such as Conventional Gas Lift Valves, Wireline Retrivable (WLR) Injection Pressure Operated (IPO) Gas Lift Valves etc.

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Cemented Carbide Cutting Tools for Woodworking

Cemented carbide wood cutting tools are made of cemented carbide, the hardest material next to diamonds. The sharp and durable tips provide precise cutting with an extended life. This versatile cutter is ideal for shaping, smoothing or material removal.
Cemented carbide wood cutting tools are a kind of flat cutting part of a sharpened tool. This wood cutting blade is designed for woodworker.

Cemented Carbide Composite Sheets

With characteristics of hihg hardness, good wear resistance and impact resistance, cemented carbide composite sheets are often used in mining exploration,  mining excavation and processing areas.
Our company has in its possession an advanced production line for manufacturing cemented carbide composite sheets. We can  supply customized cemented carbide composite sheets of various specifications based on the requirements of our customers.

Tunnel Borer Carbide Tips

Tunnel borer carbide tips working principle: Tunnel borer carbide tips  are very advanced underground tunnel construction equipments, it does not affect the ground condition under the conditions of operation, thus greatly improve the feasibility of the construction and reduce the cost, and can protect the ground of scenic spots and historical sites and other buildings. so tunnel borer carbide tips can be used in the urban underground rail transportation, railway tunnel, river-crossing sea-crossing tunnel and hydropower project construction.

Cemented Carbide Parabolic Buttons

Cemented carbide parabolic buttons are the main parts of road digging machine-milling machine which are mainly used for the protection and repairing of roads. Only cemented carbide parabolic buttons have good hardness and impact resistance can the milling machine work efficiently. Chinatungsten Online can provide various sizes of cemented carbide parabolic buttons according to customers' specific requirements.
Cemented carbide parabolic buttons are sinters from WC-Co powder with low pressure. With properties of good wear resistance, impact resistance and long service life, cemented carbide parabolic buttons are widely applied in the construction of  airport, wharf, express way,etc.

Cemented Carbide Coal Mining Tools

Cemented carbide coal mining tools is equipped with advanced processing technics of Coal Cutting Bits .The auxiliary tips provide better protection of brazed joint and slow steel wash. The patented design profoundly elongates the tool life and helps to realize high-efficient, reliable cutting in long wall mining and continuous mining. They are especially suitable to hard coal seam mining. We supply cemented carbide coal mining tools and other products in different specifications with excellent working performance.

Cemented Carbide Button Tips

Cemented carbide button tips are used in Coal Cutter Drilling Tools, Mine machinery tools. Cemented carbide button tips are widely applied for Rock tools, mining tools for use in quarrying, Mining, Tunnelling and Construction. Our company produces any standard sizes and other styles are available on customers' requests with higher quality guaranteed by HIP sinter.

Cemented Carbide Mine Tools

Mining machines use cemented carbide mine tools. The button bits slot into the head of the boring machine. The individual carbide tips grate against the rock face and shuck off rock chips. Carbide alloys last longer then steel alloys, are more corrosion resistant and withstand greater amounts of heat. Some mining operations involve spraying water to keep down dust and cool off the drill tips. Steel tips rust fast in this environment, so carbide tips are used when possible.

Cemented carbide turning inserts

Cemented carbide turning inserts are a class of cemented carbide cutters.There are various types of turning inserts manufactured and supplied by Chinatungsten Online.Cemented carbide turning inserts have a lot of applications such as making internal & external turning tools, boring tools, copying turning tools and planing tools;making left & right hand, internal & external end face turning tools with offset shank and so on.
Turning is a metalcutting process used for the generation of cylindrical surfaces. Typically the workpiece is rotated on a spindle and the tool is fed into it radially, axially or both ways simultaneously to give the required surface. The term turning, in the general sense, refers to the generation of any cylindrical surface with a single point tool. More specifically, it is often applied just to the generation of external cylindrical surfaces oriented primarily parallel to the workpiece axis.

Cemented carbide Mechanically Clamped Inserts

Cemented carbide mechanically clamped inserts refer to a mechanical method of positioning, clamping blade. Cemented carbdie mechanically clamped inserts can be used for processing cylindrical clip, face, inner hole, and the advantage of using cemented carbide mechanically clamped inserts is to avoid the defects caused by welding. The insert holders can be used multiple times, and the geometry design is flexible. Centralized sharpening is good for improving insert quality, convenient management, reducing costs and so on.

Cemented Carbide Brazed Tips

Cemented carbide brazed tips we manufactured are with high hardness, which can keep cutting capability when working under high temperature. It always has a thin metal blade or disk with a sharp, usually toothed edge, which can be used for cutting wood, metal or other hard material. Cemented carbide brazed tips are also used in surface processing of cast irons, colored metal and alloys, as well as nonmetal materials.

Cemented Carbide Cutters

With high wear resistance and high strength, cemented carbide is usually be used for cutting tools, which can be applied to cast iron, stainless steel, alloy steel etc.

The quality of a cutting tool can determine whether cuts will be smooth and clean or difficult and sloppy. A metal cutting tool's quality begins with the hardness and durability of its metal. According to the Society of Manufacturing Engineers, "carbide and carbide-coated tools cut about three to five times faster than high-speed steels" and "higher tungsten content increases wear resistance." There are cemented carbide cutters for a wide variety of applications and, once you understand the breadth of their possible uses, you'll be able to choose one for professional, amateur or even industrial projects.

Cemented carbide cutters are known for being sharp and durable. They are wear-resistant, and can be used in a variety of industrial applications where extremely sharp cutting instruments are needed. For example, cemented carbide cutters are well suited to cutting reflective materials for plotting and sign making. Although prone to chipping and breakage, when these pitfalls are avoided with the proper engineering, cemented carbide can sustain significant industrial stresses.

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Cemented Carbide Punching Dies

Cemented carbide punching dies are technology-intensive products and essential to the process of stamping production equipment. The stampings quality, production efficiency, and production costs are relative to the mold design and manufacturing. The level of mold design and manufacturing technology is one important indicator to measure a country's level of product manufacturing, to a large extent determine the quality, effectiveness and developmental capabilities of new products.

Carbide are better than any other kind of die steel in hardness and wear resistance. YG grade cemented carbide are used as the material of cemented carbide punching dies.

Cemented carbide punching dies are typically made by tool and die makers and put into production after mounting into a press. The die is a metal block that is used for forming materials like sheet metal and plastic. For the vacuum forming of plastic sheet only a single form is used, typically to form transparent plastic containers (called blister packs) for merchandise. Vacuum forming is considered a simple molding thermoforming process but uses the same principles as die forming. For the forming of sheet metal, such as automobile body parts, two parts may be used, one, called the punch, performs the stretching, bending, and/or blanking operation, while another part, called the die block, securely clamps the workpiece and provides similar, stretching, bending, and/or blanking operation. The workpiece may pass through several stages using different tools or operations to obtain the final form. In the case of an automotive component there will usually be a shearing operation after the main forming is done and then additional crimping or rolling operations to ensure that all sharp edges are hidden and to add rigidity to the panel.

The main components for Die Toolsets are:
Die block - This is the main part that all the other parts are attached to.
Punch plate - This part holds and supports the different punches in place.
Blank punch - This part along with the Blank Die produces the blanked part.
Pierce punch - This part along with the Pierce Die removes parts from the blanked finished part.
Stripper plate - This is used to hold the material down on the Blank/ Pierce Die and strip the material off the punches.
Guide / Back gage / Finger stop - These parts are all used to make sure that the material being worked on always goes in the same position, within the die, as the last one.
Setting (Stop) Block - This part is used to control the depth that the punch goes into the die.
Blanking Dies - See Blanking Punch
Pierce Die - See Pierce Punch.
shank-used to hold in the presses. it should be align and situated at the center of gravity of the plate.

Tungsten Carbide Burrs Application

Tungsten Carbide burrs can be used with both electrically-powered and pneumatically-powered hand-held tools to cut the most diverse types of material, such as aluminium, brass, titanium alloys, cast iron, copper, zinc alloys, bronze, nickel, various plastics, alloy steels, etc.. They can be used on a wide range of pneumatic, electric and flexible drive tools.

Application of Tungsten Carbide Wear Parts

Tungsten carbide is widely used in industry because of its extraordinary properties. Because of its wear resistance and hardness (9.8 Moe's scale), tungsten carbide is ideally suited for wear parts, other machine parts and dies which are subject to severe service conditions, such as high temperatures, corrosion and abrasion.. In recent years, tungsten carbide has emerged as a superior alternative to steel in many industrial applications.

A large portion of the tungsten volume in cemented carbide is today used in wear part applications, where there is a wide range of products from the very small (such as balls for ball-point pens) to large and heavy products, such as punches, dies or hot rolls for rolling mills in the steel industry.

Most of these tungsten carbide wear parts and the mining tools are made of straight WC-Co hardmetals without any addition of other carbides.

Fine and ultrafine grained WC hardmetals have become more and more important today in the field of wear parts, tools for chipless forming and cutting tools for cast iron, non ferrous alloys and wood.

The first submicron hardmetals were launched on the market in the late 1970s and, since this time, the micro-structures of such hardmetals have become finer and finer. The main interest in hardmetals with such finer grain sizes derives from the understanding that hardness and wear resistance increase with decreasing WC grain size.

Characteristics of tungsten carbide

Tungsten carbide has very high strength for a material so hard and rigid. Its compressive strength is higher than virtually all melted and cast or forged metals and alloys. It has a tensile strength of 100,000-500,000 psi and a Brinell harness of 2570.  It has the highest melting point of any metal. It also has high thermal conductivity with a range of twice that of tool steel and carbon steel. A high resistance to corrosion enables it to be used in extreme conditions in or out doors. It also has a very high modulus of elasticity. Tungsten carbide is the hardest metal known to man. It has a hardness close to diamond.

Tungsten carbide is a type of steel

Tungsten carbide is a type of steel. It is comprised of mainly tungsten carbide and cobalt. The cobalt acts as a binder and improves shock resistance. As the percentage of cobalt in the mix rises, so does the shock resistance. These materials generally start as powders. A small amount of wax is then added to the mix. This holds the materials together so they can be molded. The mix is then placed in a de-waxing furnace overnight. It is removed and takes a more chalk like appearance. (S1, p1) As a result of this, a material is obtained which combines high strength, toughness and high hardness.

Tungsten Carbide Blade Classification

Tungsten carbide inserts with high precision and high wear resistance characteristics, has been the global widely used. According to the different uses of the product, carbide inserts can be divided into the wood cutting tools, clamping blade, milling and turning inserts.

Tungsten Carbide Saw

Tungsten carbide saw is supplied in a range of standard sizes for wood and steel-sawing applications.
Using the latest technologies and materials, our solid tungsten carbide saw blades are high performance products. These kinds of carbide saw blades are specially manufactured for cutting off and slotting metal materials such as plain steel, chilled steel, aluminum and copper as well as difficult-to-machine materials such as stainless steel, titanium alloys and printed circuit board.

The Application of Tungsten Carbide Saw Blade

Tungsten carbide saw blades are specially manufactured for cutting off and slotting metal materials such as plain steel, chilled steel, aluminum and copper as well as difficult-to-machine materials such as stainless steel, titanium alloys and printed circuit board.