Cemented Carbide Cutting Tools Bue

Bue by the chip stacking a hard wedge near the cutting edge in front of the cemented carbide cutting tool, it is a region in the Cap II deformation zone (Section II deformation zone refers to the bottom of the chips in contact with the front of the cemented carbide cutting tool to produce plastic deformation) inside, is formed by the friction and deformation of the physical phenomena. In the production of medium carbon steel, mild steel, aluminum, plastic metal car, drilling, reaming, pull and thread processing may occur bue.

Cemented carbide cutting tool process basic law

Cemented carbide cutting tool is a cutting process by cutting movement, the cemented carbide cutting tool from the workpiece cut excess metal layer forming the surface of the chips and the machining process, in the course of deformation carbide cutting tools, forms a chip, resulting in cutting force, cutting heat and cutting temperature, cutting tool wear, and many other phenomena.

If you cut off the re-rolled in apple peel can also be joined together in accordance with the original look. However, metal cutting carbide cutting tools, especially in the continuous cutting of steel, the chip will not just roll up. Not because the chip is too hard, but because the chips will produce changes in the length of the reason. Meanwhile, the chip will be wider, thicker. That is, the cutting elements of different shape under different chips. The chip thickness is several times the original, while the length of the chip fraction of the original. Thus, a cutting speed obtained by cutting chips is equal to a fraction of the cutting chips produced.

How selection the tungsten carbide drawing dies fitting?

Although wiredrawing mode can be used for processing all kinds of steel, copper, tungsten, molybdenum etc metal and alloy material of different materials, but drawing die each have its applicable machining scope, therefore drawing mould material is rational selection of key to ensure successful application to obtain the longest die longevity. Different material wiredrawing molds all have its relatively reasonable processing object.

According to the material drawing mode can be divided into alloy steel, hard alloy mould, natural diamond die, polycrystalline diamond mold, CVD diamond die and ceramic mold and so on many kinds. And widely used in electronic devices, radar, television, instruments and aerospace and other high-tech industries, with strong abrasion resistance, service life is extremely high.

Tungsten Carbide Drawing Dies Fitting Features - part2

Tungsten carbide drawing dies fitting has very high compressive strength and hence can take high pressure. Tungsten carbide being brittle in nature and is not guaranteed against breakage. Hence, it should be handled with utmost care. Tungsten carbide drawing dies are typically used to draw wire, rod, bar, and tube. Commonly drawn materials include steel alloys, aluminum alloys, and copper alloys. We can supply the dies fully finished or rough cored - cased or uncased, to meet client’s exact requirements.

Tungsten carbide drawing dies fitting of shaped molds, such as spiral, hexagonal, flat wire, copper bars, oval, semicircular, triangular, rectangular and other shaped molds. All molds are processed according to customers' drawings or actual samples. We can also design the mold to meet customers' demand and offer the drawing dies of any trade mark performance in time according to customer's demand. Because our company always adheres to technological development, we can make sure to choose the best material according to the service condition.  We ensure that our high quality and reasonable price can, make the customer satisfied.

Tungsten Carbide Drawing Dies Fitting Features - part1

Tungsten carbide drawing dies fitting include high strength, robust construction, easy availability, durability, excellent performance and many others. We have established our strong footholds in the international market by satisfying the customers with a premium range of tungsten carbide drawing die .Tungsten carbide drawing dies could long-time ensures the high surface roughness for high-speed drawn steel wire, tungsten wire and copper wire. Chinatungsten Online produces tungsten carbide drawing dies in both the standard configurations (round, square, hexagonal and rectangle) and in custom shapes as specified by our customers CAD drawings.

Tungsten Carbide Drawing Dies Introduction

Tungsten carbide is a class of materials widely used in drawing dies because of their superior strength, toughness and wear resistance. All major wire producers can use drawing dies, which include wire drawing dies, tube drawing dies, bar drawing dies. Available in varied bore sizes, the range of tungsten carbide drawing dies that we bring forth is used in drawing wires, bars and tubes of different materials. The tungsten carbide drawing dies fitting that we manufacture, export as well as supply are widely demanded in the global market. These are fabricated with tungsten carbide blanks and are used for drawing wires, bars and tubes. Also, these are available with bore sizes from 0. 2 MM to 120.000 MM along with varied case sizes. 

What is Tungsten Carbide Drawing Dies Fitting?

Tungsten carbide drawing dies fitting is a tool consisting highly polished, shaped hole for that wire is drawn to reduce its diameter. Our series of tungsten carbide drawing dies, heading & punching dies, cold heading & stamping dies, etc. We also manufacture customers’ special design of tungsten carbide drawing dies fitting for many clients. These dies are with excellent hardness, great wear-resistance and polishing surface in order to draw different fine wires, such as stainless steel, copper and stretching the tubes.

Superiority of Tungsten Carbide Saw Fitting

Tungsten carbide saw fitting durability is excellent and can be in progress cutting operation in high-speed for a long time. Therefore, tungsten carbide saw fitting can improve operational efficiency and reduce the production costs. Welding the tungsten carbides into the peak by automatic welding machine with high frequency make it a strong impact resistance and a smooth cutting surface, which can improve its cutting ability.

Tungsten carbide saw fitting have been produced at or near the top of imports of the product life, the computer's hard disk magnetic alloy processing arm, the electrical industry commutate, glasses frame processing, automotive engine parts processing industries comprehensive import substitution overall alloy Saws cutter, reflecting cost effective, quick delivery, and other features.

Tungsten carbide saw fitting can be mainly divided into tungsten carbide saw tips; tungsten carbide saw blades and tungsten carbide whole saws.

Tungsten Carbide Saw Fitting Feature

Tungsten carbide saw fitting has a compressive strength greater than any other metal or alloy and is three times more rigid than steel. Abrasion resistance is up to 100 times greater than steel. Thermal expansion is less than one-half that of steel, and tungsten carbide resists thermal shock and oxidation temperatures up to 1200°F (648.89°C). Tungsten carbide saw fitting compositions have exceptional resistance to galling and welding at the surface and can withstand cryogenic temperatures to -453°F (-269.44°C) while retaining their toughness and abrasive qualities. Since carbides are nearly chemically inert, they are ideally suited for wear applications in corrosive environments.

What is tungsten carbide saw fitting?

Tungsten carbide saw fitting is the most commonly used wood processing cutting tools; the quality and processing quality of tungsten carbide saw are closely related. Reasonable selection of tungsten carbide saws is significant for improving product quality, shortening the processing cycle and reducing processing costs.

Tungsten carbide saw fitting is supplied in a range of standard sizes for wood and steel-sawing applications.

Using the latest technologies and materials, our solid tungsten carbide saws blades are high performance products. These kinds of 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.

Tungsten Carbide Nozzle Fitting Advantages

Tungsten carbide nozzle fitting materials include cast iron, ceramic, tungsten carbide, silicone carbide, and boron carbide. Cast iron nozzles are now very rare as they wear out after just 6 to 8 hours. Ceramic nozzles are used only with non aggressive abrasive in light duty equipment and blast cabinets. Tungsten, Silicon, and Boron Carbide are the most popular for the majority of blasting applications due to their long life. Comparisons among tungsten carbide nozzle fitting and other nozzles service life are listed below.

Tungsten Carbide Nozzle Fitting Application

With high speed to wash, well wear resistance, excellent corrosion resistance, tungsten carbide nozzle fitting often be used in agricultural irrigation and urban greening. Used in geological prospecting, machinery tool manufacturing and serves as drill bit in wind drill and electric drills for coal digging Fit for precision lathe are used in nonstop cutting of die-cast iron.

Tungsten carbide nozzle fitting offers long life and economy when rough handling cannot be avoided, and where medium cutting abrasives (glass bead, steel shot & grit, mineral or coal slag) are used. Traditionally, tungsten carbide is the material of choice for general nozzle applications. Tungsten carbide nozzle fitting is widely used in such industries as surface treating, sandblasting and painting, electronics, chemical processes. Tungsten carbide nozzle fitting is also used in different applications like for wire straightening, wire guides and others.

Tungsten carbide nozzle fitting introduce

Tungsten carbide nozzle fitting is made by the precision machining with the tungsten carbide materials (super hard alloy). The hardness reached over HRA90 degree while the anti-bending degree reached over 2300N/mm. On machining tungsten carbide nozzle fitting, we do the precision grinding and surface treatment to achieve Ra0.1 of the bore roughness and the Ra0.025 of the R place of both ends. There is a scientific curvature radius design in the both entrance. This design can ensure a smooth transit of the thread. Due to the overall materials processing, and no elevation in the bore, the phenomenon of easy-bending and plugging has been improved comparing with the ruby nozzle.

The application of tungsten carbide burr fitting

Tungsten carbide burr fitting can be used on a wide range of pneumatic, electric and flexible drive tools, such as high speed machines to cut the most diverse types of material.

From tooth cutting to restoration finishing, Chinatungsten offer reliable and durable products. With over a decade of experience in the design and manufacture of tungsten carbide burr fitting, we offer a comprehensive product line to suit your needs.

Tungsten carbide burr fitting is an effective way to realize mechanization in hand work operations. In the fields of airplane, ship building, automobile, machinery, chemistry etc., tungsten carbide burr fitting can be widely used in machining iron, steel casting, carbon steel, alloy steel, stainless steel and copper aluminum etc.

1) Machining various kinds of metal.
2) Replacing small emery wheels, without powder pollution.
3) Increasing productivity of several ten times than using hand tools and three to five times than using small emery wheels.
4) Having ten times longer life than high speed steel burrs and fifty times than small emery wheels.
5) Finish machining various kinds of die cavities.
6) Removing the burrs of the casting, forgings and the welding spatter on the weld assemblies.

Tungsten Carbide Burr Fitting Features

Tungsten Carbide Burr Fitting Features:

1. Made by high quality tungsten carbide material, high wear resistance and long tool life.
2. grinded by high quality diamond grinding wheel. Sharp cutting edge and very find finish.
3. Manufactured by advanced CNC machine. Assure high consistency and quality.
4. 100% testing on welding strength, assurance for users’ safety.
5. Well-designed cutter angle for optimum cutting efficiency and stability.
6. Ball nosed end with divisional interlaced teeth to ensure high efficiency for every cutting area.
7. Strong R&D capability enables special design and solutions according to customers' specific requirements.
Tungsten carbide burr fitting is a new kind of milling cutter, it can be used to processing various metal or nonmetal material with hardness of the machined work piece<HRC70, which is already widely used in industry. Technician can work smarter, improve working efficiency, and make the working condition much better.

Tungsten Carbide Burr Fitting Introduction

Tungsten carbide burr fitting is the fitter and model labor's indispensable advanced tool, its characteristic is substitutes for the belt handle small grinding wheel and the non-dust pollution, the service life is equal to several hundred belts handle small grinding wheel. the processing efficiency enhances above 5 times, below abrasive marching degree of hardness HRC70 each metal and the nonmetallic material, grinding surface roughness may reach Ral.6,convenience grasps, use to be simple, safe reliable, reduces the arduous manual labor greatly, reduce the cost of production.

Tungsten Carbide Cutter Fitting Description

Tungsten carbide is a chemical compound that contains carbon and tungsten and is similar to titanium carbide. It was originally developed for use as a cutting tool, in machine tools applications, where it still finds wide use today. Cemented tungsten carbide is neither a metal nor is it a ceramic. It is a Cemented although this isn't a widely used term. In most cases, tungsten carbide is simply referred to as carbide.

Tungsten carbide alloys are prepared by reacting carbon and tungsten at a temperature of between 1400-2000C. The other method involves using a patented fluid bed process to mix Hydrogen and tungsten elements at a temperature of not less than 900C. Other methods are by the use of vapor deposition, which are still under investigation.

Our company has in its possession an advanced production line for manufacturing dies and moulds and a production line for post machined cemented carbide products. We can also supply tailor-made products of various specifications based on the requirements of our customers.

We supply tungsten carbide wear part, blanks, rod, plate, tips, drill bits, saw tips, tools, insert, blade, and dies etc tungsten carbide products. Please contact with our sales department for more details.

Tungsten Carbide Cutter Fitting Application

You've never seen anything like these incredible cutters. They're made of virtually indestructible tungsten carbide welded to steel shanks. They'll last for years and they won't load up, break down or overheat like ordinary steel cutters. Use on all woods, fiberglass, stone, ceramic or plastic (not recommended for use on metal). 1/8 inch shanks fit in hand drills, rotary tools and drill presses.

Tungsten carbide cutter fitting are used for shaping, smoothing, and material removal. Use on hardened steel, cast iron, nonferrous metals, fired ceramics, tungsten carbide cutterplastics,hardwoods, and other hard materials. Not for use on floor tiles.

Different Kinds of Tungsten Carbide Drill Fitting

As indicated earlier, there are different kinds of carbide drills. Essentially, there are the solid and the tipped. A solid tungsten carbide drill fitting is one in which the whole bit is made of carbide. This is contrasted with the carbide tipped drill bit, where just the tip of the bit is carbide, and the rest might be of the more common steel. There are advantages and disadvantages to the different kinds. 

Advantages of Tungsten Carbide Drill Fitting

One of the advantages of tungsten carbide drill fitting over the more common steel bit, is that they last longer, so long as nothing drastically wrong happens. Drills experience “Wear and tear” because the heat generated due to the friction between the bit and the surface being penetrated, causes the dulling of the bit. As a result, the drill bit needs regrinding from time to time, to maintain it’s cutting edge. However, there is a limited number of times that regrinding can be done before the drill becomes effectively useless. There is also the matter of the structural integrity of the bit, which gets compromised due to the repeated heating and cooling that the bit undergoes as it is put to work. As tungsten carbide drill fitting are tougher and more durable than their steel counterparts, they do not deteriorate as easily, and therefore have a longer lifespan, up to 25 times as much.

To appreciate another advantage of tungsten carbide drill fitting, we need to understand what is meant by drill tolerance. The tolerance of a drill basically is a measure that indicates the accuracy one can expect from the drill bit. It in effect is the difference between the diameter of the bit and the diameter of the largest expected hole generated from actually using the bit. The tolerance is associated with the size of the drill bit, as well as the type. As would be expected from the explanation of what tolerance refers to, the lower it is, the more accurate the bit. Tungsten carbide drill fittng have the lowest tolerances and are therefore the choice of drills for any task that requires high precision.