Tungsten carbide solid rods are used for cutting aluminum alloy, cast iron, stainless steel, refractory alloy steel, nickel based alloy, titanium alloy and nonferrous metals. Various carbide grades with stable properties have been widely recognized by worldwide makers of tools. Besides, tungsten carbide solid rod is widely used processed as HSS Cutting tool, carbide end mills, carbide cutting tool, NAS cutting tool, carbide end mill, aerospace cutting tool, carbide drill, high speed steel, milling cutter Core drill, taperd end mills, metric end mills, miniature end mills, pilot reamer, electronics cutter, step drill, metal cutting saw, double margin drill, gun barrel, angle milling cutter, carbide burrs, carbide tipped cutter.
For PCB drills, micro drills, end mills and reamers, mould punches, core pins & hole drilling tools
Submicron grade features in high wear resistance, toughness & combination abilities
Good straightness, the roughness and surface roughness of finish ground rods are satisfactory.
Advanced production technology, automatic pressing, HIP sintering and precision grinding
2013年1月21日星期一
Tungsten Carbide Coating
Tungsten carbide coated tool has become a modern symbol of the cutting tool. The proportion of using tungsten carbide coated tool is more than 50%. Currently, tungsten carbide coating process can be used for improving the working performance of many different kinds of cutting tools, like the use of a variety of cutting tools, including turning tools, boring tools, drill bits, reamers, broaches, taps, thread chasers, rolling head, milling, shaping tools, gear hobs and gear shaper cutters, etc.
Benefits:
Tools can be resurfaced not replaced
Increased gripping power
Carbide coating increases tool life
Treatment cost a fraction of replacement tooling
Decreases downtime
Tungsten carbide coating surface hardness is up to 74 Rc
Excellent uniformity
No thermal distortion due to the low heat input process
True metallurgical bond
Carbide coating will not chip, peel or flake
In most cases clamping pressure can be reduced
Increase machining rates with additional gripping power
Tools can be accurately masked off
Increase or decrease the coefficient of friction
Benefits:
Tools can be resurfaced not replaced
Increased gripping power
Carbide coating increases tool life
Treatment cost a fraction of replacement tooling
Decreases downtime
Tungsten carbide coating surface hardness is up to 74 Rc
Excellent uniformity
No thermal distortion due to the low heat input process
True metallurgical bond
Carbide coating will not chip, peel or flake
In most cases clamping pressure can be reduced
Increase machining rates with additional gripping power
Tools can be accurately masked off
Increase or decrease the coefficient of friction
What is Carbide saw blade?
Carbide saw blade is the most commonly used wood products processing cutting tools. The quality of carbide saw blade and processing are closely related. Reasonable selection of carbide saw blades is important for improving product quality ,shortening the processing time, reducing processing costs. Carbide saw blade contains the type of substrate material, diameter, number of teeth, thickness, profile, angle, aperture and other parameters, which determine the processing capacity and cutting blade. Selecting the blade for cutting materials should take the type, thickness, cutting speed, cutting direction, feed speed, road width of the need into consideration.
What is Indexable Inserts?
A cutting bit that has multiple cutting edges. Once a cutting edge is excessively worn, it can be indexed to another edge, or the insert can be replaced.
The development of indexable insert has not only promoted the technology of cutting tools, but also the developemtn of cutting tools manufacturing technology.
Advantage of Indexable Inserts
By comparison with welding blade, the advance of indexable inserts are significantly reflected as follows:
high working efficiency;
could be re-usable, which save additional cost;
long service life;
excellent accuracy of positioning.
Installing Indexable Inserts
When changing the inserts, it is important to clean the insert, insert shim, insert barrel and every interfaces. There should not be any other chips or scraps.
The development of indexable insert has not only promoted the technology of cutting tools, but also the developemtn of cutting tools manufacturing technology.
Advantage of Indexable Inserts
By comparison with welding blade, the advance of indexable inserts are significantly reflected as follows:
high working efficiency;
could be re-usable, which save additional cost;
long service life;
excellent accuracy of positioning.
Installing Indexable Inserts
When changing the inserts, it is important to clean the insert, insert shim, insert barrel and every interfaces. There should not be any other chips or scraps.
Carbide Cutting Tools
Our carbide cutting tools are widely know for its sturdiness,excellent working performance, longer functionality and well wear & corrosive resistance. These carbide cutting tools are in high demand in engineering industry and can be availed by our clients at market leading prices.
Characteristics of Carbide Cutting Tools
Making use of sophisticated technology in manufacturing process has made these cutting tools durable, ant-corrosive and dimensionally accurate. These are highly durable and have excellent cutting edge quality that ensures optimum performance. Further, these are also temperature resistant and provide.
Understanding various requirements or drawings of our clients, we design carbdie cutting tools in different specifications.
Our range of carbide cutting tools includes carbide inserts, indexable inserts, rotary file, carbide saw blade, carbide end mill, carbide saw, and so on.
Characteristics of Carbide Cutting Tools
Making use of sophisticated technology in manufacturing process has made these cutting tools durable, ant-corrosive and dimensionally accurate. These are highly durable and have excellent cutting edge quality that ensures optimum performance. Further, these are also temperature resistant and provide.
Understanding various requirements or drawings of our clients, we design carbdie cutting tools in different specifications.
Our range of carbide cutting tools includes carbide inserts, indexable inserts, rotary file, carbide saw blade, carbide end mill, carbide saw, and so on.
2013年1月8日星期二
What is Carbide saw blade?
Carbide saw blade is the most commonly used wood products processing cutting tools. The quality of carbide saw blade and processing are closely related. Reasonable selection of carbide saw blades is important for improving product quality ,shortening the processing time, reducing processing costs. Carbide saw blade contains the type of substrate material, diameter, number of teeth, thickness, profile, angle, aperture and other parameters, which determine the processing capacity and cutting blade. Selecting the blade for cutting materials should take the type, thickness, cutting speed, cutting direction, feed speed, road width of the need into consideration.
Proper use of carbide saw blade
Basic requirements:
According to equipment design and select the most appropriate carbide saw blade.
The equipment shall be equipped with safety devices, such as: protective cover, power brakes, overload protection.
installation, and wear work clothes, wearing goggles, earmuffs etc. should be operated under a professional operator
Operators can not wear gloves, and long hair should be put inside the cap in order to prevent danger.
Away from fire and humid environment.
Proper use of carbide saw blade
Basic requirements:
According to equipment design and select the most appropriate carbide saw blade.
The equipment shall be equipped with safety devices, such as: protective cover, power brakes, overload protection.
installation, and wear work clothes, wearing goggles, earmuffs etc. should be operated under a professional operator
Operators can not wear gloves, and long hair should be put inside the cap in order to prevent danger.
Away from fire and humid environment.
Tungsten Carbide Ring
Tungsten carbide rings are made of the hardest metal on earth, they are stronger than titanium rings and longer lasting than gold rings. The rings are normally used as seals, disc cutters, gauges, etc.
Please find some specifications below, and meanwhile, your specific requirements are also greatly appreciated.
What's the differences between tungsten rings and tungsten carbide rings?
Some of manufacturers sell tungsten rings that do not include carbide. (Some of the retailers still call them tungsten carbide however, so be careful.) A tungsten only ring is basically a steel ring. It is very hard, but NOT scratch proof. A tungsten carbide ring can only be scratched by a diamond or a product containing the mineral corundum.
Hard facts about carbide rings:
1. Tungsten carbide rings are the most wear resistant rings available on the planet.
2. Tungsten is about 10 times harder than gold, 5 times harder than tool steel, and 4 times harder than titanium.
3. Due to their extreme hardness, tungsten carbide rings will hold their shapes and shine longer than any ring on the market.
4. Carbide rings have been referred to as the "Permanently polished rings".
5. Carbide rings will NOT bend.
Please find some specifications below, and meanwhile, your specific requirements are also greatly appreciated.
What's the differences between tungsten rings and tungsten carbide rings?
Some of manufacturers sell tungsten rings that do not include carbide. (Some of the retailers still call them tungsten carbide however, so be careful.) A tungsten only ring is basically a steel ring. It is very hard, but NOT scratch proof. A tungsten carbide ring can only be scratched by a diamond or a product containing the mineral corundum.
Hard facts about carbide rings:
1. Tungsten carbide rings are the most wear resistant rings available on the planet.
2. Tungsten is about 10 times harder than gold, 5 times harder than tool steel, and 4 times harder than titanium.
3. Due to their extreme hardness, tungsten carbide rings will hold their shapes and shine longer than any ring on the market.
4. Carbide rings have been referred to as the "Permanently polished rings".
5. Carbide rings will NOT bend.
Tungsten Carbide Nozzle
Tungsten carbide nozzle is made by the precision machining with the tungsten carbide materials (superhard alloy). The hardness reached over HRA90 degree while the anti-bending degree reached over 2300N/mm. On machining tungsten carbide nozzle, 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.
Tungsten carbide nozzle is made from hot pressing with straight bore and venturi bore type. Due to its hardness, low density and excellent wear and anti-corrosion, Tungsten carbide nozzle has been widely used in sandblasting and shot peening equipment, offering a long life with optimum air and abrasive use.
Tungsten carbide nozzle is made from hot pressing with straight bore and venturi bore type. Due to its hardness, low density and excellent wear and anti-corrosion, Tungsten carbide nozzle has been widely used in sandblasting and shot peening equipment, offering a long life with optimum air and abrasive use.
Tungsten Carbide Button
As its unique working performance, carbide buttons are widely applied to oil filed drilling and snow removal, snow plough machines or equipments.
Carbide buttons are used in the coal cutter drilling tools, mine machinery tools and road maintenance tools for snow clearing and road cleaning. Carbide mining button bits are widely applied for rock tools, mining tools for use in quarrying, mining, tunneling, and civil constructions.
Types of Tungsten Carbide Buttons
According to the different oil-field drilling machinery such as roller cone bits, DTH bits, geotechnical drilling tools, drifter bits, button is divided into different standard styles : P type flat-top bits, Z type coinspherical bits, X type wedge bits.
Carbide buttons are used in the coal cutter drilling tools, mine machinery tools and road maintenance tools for snow clearing and road cleaning. Carbide mining button bits are widely applied for rock tools, mining tools for use in quarrying, mining, tunneling, and civil constructions.
Types of Tungsten Carbide Buttons
According to the different oil-field drilling machinery such as roller cone bits, DTH bits, geotechnical drilling tools, drifter bits, button is divided into different standard styles : P type flat-top bits, Z type coinspherical bits, X type wedge bits.
Tungsten Carbide Insert
Tungsten Carbide Insert Recommended Grade: YG6, YG8, YG6X, YG012, YT03, SC30, YC40, YW2, YT15, YT14, YT15 etc.
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.
Because of its high precision and high reliability, tungsten carbide inserts have been broadly used worldwide for significant productivity improvements.
With different application, the inserts are sorted as wood-cutting tools, clamped inserts, milling & turning inserts, etc.
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.
Because of its high precision and high reliability, tungsten carbide inserts have been broadly used worldwide for significant productivity improvements.
With different application, the inserts are sorted as wood-cutting tools, clamped inserts, milling & turning inserts, etc.
2013年1月4日星期五
Tungsten Carbide Ball
High hardness and dimensional stability make tungsten carbide balls the preferred choice for precision hydraulic valves, high-load bearings, inertial navigation systems, ball screws, linear bearings in slideways, gauging and checking instruments, and meters. Tungsten carbide balls are also used for ballizing, to work-harden and improve fretting fatigue strength.
Tungsten carbide balls are standard for Rockwell testing, and for Brinell testing of materials in the range of 444-627 HB.
Tungsten carbide balls are ideal for applications where extreme hardness must be accompanied by high resistance to wear and impact. They are well-suited to elevated temperatures, corrosion, humidity, abrasion,
and poor lubrication conditions.
Tungsten carbide balls from Hartford are tested using a gage that is accurate to ±0.0001 (grades 10, 15 and 25) to insure conformance with ABMA standards, as well as individual customer quality requirements.
Tungsten Carbide Rod
Tungsten carbide rod is a sintered metallurgical product of powder form. It is manufactured in vacuum or Hydrogen reduction furnace with refractory Tungsten material (WC) micron powder as the main ingredient and Cobalt (Co), Nickel (Ni) or Molybdenum (Mo) as the binder.
Tungsten carbide rod has many excellent characteristics such as high hardness and strength, good wear and corrosion resistance and salient stability under high temperature (even at 500 oC it is essentially unchanged and at 1000 oC it is still of high hardness). It can be used to cut cast iron, nonferrous metals, plastics, chemical fiber, stainless steel and high Manganese steel, etc., and make drilling tools, mining tools, wear parts, precision bearings, nozzles and metal molds, etc.
Tungsten Carbide Dies
We can supply different tungsten carbide dies, such as drawing die, punching die, extrusion die, cold heading die,Cemented carbide is a class of material widely used in drawing dies, because of their superior strength, toughness, and wear resistance. It has very high compressive strength and hence can take high pressure.
Tungsten carbide drawing dies are used in wire drawing industries for drawing of different materials like Mild Steel (M.S), High Carbon (H.C), Stainless Steel (S.S), Brass, Aluminum, etc. All major wire producers use tungsten carbide drawing dies. We can supply different dies, such as drawing die, punching die, extrusion die, cold heading die, which are fully finished or rough cored - cased or uncased, to meet clients exact requirements.
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