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Tungsten Bullet Weights

Featuring super dense 95% tungsten, 5% nickel composition, tungsten bullet weights provide anglers with a smaller profile than comparable lead and brass weights. Tungsten bullet weights allow for more streamlined and subtle presentations, and help you get in and out of cover with less resistance. Tungsten bullet weights are also equipped with a plastic sleeve running through the middle of each weight to keep your line protected from excessive wear and unnecessary break offs. Completely lead free and giving anglers an edge over the competition, tungsten bullet weights are high quality weights designed for professional and recreational anglers alike.

Lead also used for producing bullet weight, while more and more anglers find that tungsten is more ideal materials for tungsten bullet weights making.

Please choose freely from the wide range of already available tungsten bullet weights or contact us with your specifications. Please do not hesitate to contact us via e-mail.We are at your service. Price will be offered based on size, density, quantity, hardness, and any other specific requirements.
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Tungsten Carbide Square Rod

Tungsten carbide square rod is a shape for square, and it is a kind of rod. Tungsten carbide rod is a hard, brittle ceramic which, when combined with 6% to 10% Cobalt, forms a tough cermet. This material was developed for use in cutting tools, having hard ceramic crystals of a few microns in size within a ductile metal matrix. The resulting material can withstand the high compressive stresses imposed during cutting, as well as having good wear and oxidation resistance at the high temperatures reached. Tungsten carbide square bar has a high resistance to thermal shock, so is able to withstand the rapid temperature fluctuations. Also, this has found a use as electrodes for Electrode Discharge Machining(EDM).

Tungsten carbide square rod are available?in a wide selection of micro-grain and sub-micron grades that are engineered to stand up to thermal extremes, vibration, and impact tungsten carbide strips wear. We offer: pressed and extruded unground, ground and polished square rods with or without chamfers, the tungsten carbide square rod that can be ground to h6 tolerances a variety of grades that?provide exceptional wear and impact resistance grades?for?use in end mills, reamers, drills, countersinks, engraving tools, routers, and other rotary tools grades for use in a broad range of applications in almost?any material.

Tungsten Square Rod Application

Tungsten carbide square rod not only can be used as cutting and drilling tools(such as micron drills, twiste-drills, vertical mining cutter index able file)also can be used as typing needles, rollers various wear parts and structural materials. Besides, it can be extensively used in many fields, such as mechanical, chemical, petroleum, metallurgical, electronic and national defense industry.

Hao-carbide.com Online supply premium grade tungsten carbide square rod from stock in unground, center-less ground and polished form. What's more, we also supply Tungsten carbide square rod according to drawing supplied by customers. Besides, we can offer you high-quality products at a competitive price. We are very please to try our best work for you better. In addition, we can provide customer with accurate appearance, size, and you can choose any tungsten carbide grade as you like.

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Guangdong cemented carbide seal processing, tungsten alloy rod


Comprehensive reviews of domestic and foreign cemented carbide development trends, as well as tungsten and molybdenum processing materials; (2) Cemented carbide and new processing technology, new technology, new equipment, new materials, etc.; (3) Industrial automation and computers The application of integrated manufacturing technology in the cemented carbide industry; (4) new developments in testing technology and testing instruments in cemented carbide related fields; (5) cemented carbide market analysis and business management experience; (6) other and cemented carbide New technology or application technology associated with alloy.

9. YS8 (M05) hardness 92.5Suitable for finishing of iron-based and nickel-based high-temperature alloys, high-strength steel, finishing of chilled cast iron, heat-resistant stainless steel, high manganese steel, and quenched steel.10. YD05 (K01) hardness 93 is specially used for processing various nickel-based, cobalt-based, iron-based and tungsten carbide-containing self-dissolving spraying alloy materials.11. YD15 (K10K20) hardness 91.0 Suitable for fine turning, finishing titanium alloy, nickel-based superalloy, and also suitable for processing all kinds of castings.


For harder resins, it is necessary to use steel or copper alloy as the cutting material.Sometimes air blowing is used in the cut blank area to accelerate the cooling of the plastic, remove excess material, and prevent component distortion.exhaust.In order to make the gas escape quickly when the part is blow-molded, the mold must be vented.A particularly common and economical exhaust method is surface exhaust.Deep sandblasting or texturing of the cavity can also help exhaust.Another important reason for venting (for those plastics that must be blown into tight and narrow cells) rock drill bits Parts) is to show the details.

Tungsten alloy rods, GB/T3612-2008 gauges, cemented carbide blanks for measuring tools GB/T6110-2008 cemented carbide drawing models and dimensions GB/T20255.6-2008 Cemented carbide chemical analysis methods Flame atomic absorption spectrometry General requirements GB/T11102-2008 Cemented carbide products for geological prospecting tools GB/T18376.1-2008 Some parts of cemented carbide Zigong Xingyu Cemented Carbide Mould Co., Ltd.: cutting tools


The more difficult it is to stand at a critical moment, the more it is a test of responsibility; the more you face obstacles, the more you need to work together..After Zigong Cemented Carbide Co., Ltd. (hereinafter referred to as "Zigong Xingyu Cemented Carbide Mould Co., Ltd.") achieved the staged victory in prevention and control and resumption of production, the production and operation situation of various business entities has gradually improved. Yu Cemented Carbide Mould Co., Ltd. Chengdu Branch, Mining Alloy Division and other subsidiaries and divisions have all achieved the goal of more than half of the time and more than half of the task..

Guangdong cemented carbide seal processing, ZL40B three.5-5.01Wed.1-1 three.5-280082.5-84.0 Focus on solving the defects such as brittleness, cracking and fracture of the product in use. It has high impact resistance and toughness, good wear resistance, and is suitable for the cold forging and hot forging industries where the stress is concentrated and the load is large..Cemented carbide 211 III is one of the familiar materials. 5261 is a powder metallurgy made of 4102 carbide (weTie) of extremely hard and extremely difficult metal (weTie) sintered with CO, MO, NI, etc. as bonding agent 165.Its mechanical, physical and performance Mainly depends on the type of metal carbide, performance, quantity, particle size and the type and amount of binder.

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Meishan tungsten alloy rod manufacturer, CNC blade


Large, medium and small bearings are generally cold installed.Traditionally, the bearing is installed with a hammer head and a section of old pipe.This method can cause the external force to be transmitted through the rolling members, thereby destroying the raceway..The SKF installation special tool releases the external force to the bearing rings that are press-fitted to each other, which is helpful to avoid the damage of the bearing..Before installation, generally use cooking oil bath to heat the bearing.However, this kind of method is likely to pollute the bearing environment and cause the bearing to become invalid too early..In the past, electromagnetic induction heating was a very common trick to heat bearings because of its zoning planning, high efficiency and high heat resistance..

Tungsten is very hard and counts among metals dth hammer It is one of the best, but tungsten carbide, a compound of tungsten and carbon, has higher hardness and is harder than tungsten steel, which is comparable to the extremely hard diamond in nature..The cemented carbide made of tungsten carbide powder has the advantages of high hardness, good wear resistance, high temperature resistance, etc., and can be used for metal cutting tools, drills, drill bits, bulldozer blades, crushing machinery, etc., even small ones used by dentists. The drill bit is also made of cemented carbide.my country's tungsten ore reserves, tungsten ore output, and tungsten trade volume all rank first in the world.

In particular, the bar stock and high-carbide cutting tools, CNC cutting tools have grown strongly, and continue to maintain double-digit growth. The adjustment of the commodity industry structure and the development of industrial chain transformation continue to promote.In my country's tungsten smelters, the production process and product quality have achieved a leading position in the world. The tungsten manufacturing industry has followed the trend of high development in the industrial chain. The production process of cemented carbide tools and the level of weapons and equipment have continued to improve. Product quality and level, and The difference between its competitiveness and excellent overseas companies has become smaller, and it is continuing to develop towards excellent performance, high precision, and high efficiency, and it is approaching the excellent team of global tungsten industry production..

The production capacity of cemented carbide companies has a relatively high market concentration. Zigong Cemented Carbide Mould Co., Ltd. aluminum alloy dth drill pipe Classic numbers are: Stellite1, Stellite4, Stellite6, Stellite8, Stellite12, Stellite20, Stellite31, Stellite100, etc..In China, the key to Zigong Cemented Carbide Mould Co., Ltd. heat-resistant alloy scientific research is more in-depth and in-depth.Unlike other heat-resistant alloys, the heat-resistant alloys of Zigong Cemented Carbide Mould Co., Ltd. are not strengthened by the orderly settling phase that is integrated with the conventional solid.

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Material price and basic knowledge of cemented carbide rods [carbide rods]

Cemented carbide is the most widely used type of high-speed machining (HSM) tool material. This type of material is produced by powder metallurgy. It consists of hard carbide (usually tungsten carbide WC) particles and a softer metal bond composition.At present, there are hundreds of WC-based cemented carbides with different compositions. Most of them use cobalt (Co) as a binder. Nickel (Ni) and chromium (Cr) are also commonly used binder elements, and other elements can be added. Some alloying elements.

(1) Simple cemented carbide grades

Such grades used for metal cutting usually contain 3%-12% cobalt (weight ratio).The size range of tungsten carbide grains is usually between 1-8m.Like other grades, reducing the particle size of tungsten carbide can increase its hardness and transverse rupture strength (TRS), but it will reduce its toughness..The hardness of simple grades is usually 89 to 93.Between 5HRA; the transverse rupture strength is usually 1.2-2.Between 4MPa (175-350ksi).The powder of this type may contain a large amount of recycled raw materials.

Simple grades can be classified into C1-C4 in the C grade system, and can be classified according to the K, N, S and H grade series in the ISO grade system.Simple grades with intermediate characteristics can be classified as general grades (such as C2 or K20), which can be used for turning, milling, planing and wok processing; grades with smaller grain size or lower cobalt content and higher hardness can be used Classify as finishing grades (such as C4 or K01); grades with larger grain size or higher cobalt content and better toughness can be classified as roughing grades (such as C1 or K30).

Tools made with simplex grades can be used for cutting cast iron, 200 and 300 series stainless steel, aluminum and other non-ferrous metals, high temperature alloys and hardened steel.Such grades can also be used in non-metal cutting fields (such as rock and geological drilling tools), and the grain size of these grades is in the range of 1.5-10m (or larger), cobalt content is 6%-16%.Another non-metal cutting application of simple cemented carbide grades is to make dies and punches. These grades usually have a medium-sized grain size with a cobalt content of 16% to 30%..

(2) Microcrystalline cemented carbide grades

Such grades usually contain 6% to 15% cobalt.During liquid phase sintering, the added vanadium carbide and/or chromium carbide can control the growth of grains, thereby obtaining a fine grain structure with a grain size of less than 1m.This fine grain grade has very high hardness and 3.Transverse breaking strength above 45MPa (500ksi).The combination of high strength and sufficient toughness enables such brands of tools to adopt a larger positive rake angle, which can reduce cutting force and produce thinner chips by cutting rather than pushing metal materials.

Through strict quality identification of various raw materials in the production of grade cemented carbide powder, and strict control of sintering process conditions to prevent the formation of abnormal large grains in the microstructure of the material, appropriate Material properties.In order to keep the grain size small and uniform, the recycled recycled powder can only be used when the raw materials and recycling process can be fully controlled, and extensive quality inspections are implemented..

Microcrystalline grades can be classified according to the M grade series in the ISO grade system. In addition, the other classification methods in the C grade system and the ISO grade system are the same as the simple grades..Microcrystalline grades can be used to manufacture tools for cutting softer workpiece materials, because the surface of this tool can be processed very smoothly and can maintain extremely sharp cutting edges.

Microcrystalline tools can also be used to process nickel-based super alloys, because this tool can withstand cutting temperatures as high as 1200C.For the processing of high-temperature alloys and other special materials, the use of microcrystalline brand tools and ruthenium-containing pure brand tools can simultaneously improve its wear resistance, deformation resistance and toughness.Microcrystalline grades are trapped and combined to manufacture rotating tools (such as drills) that generate shear stress.There is a drill bit made of composite grades of cemented carbide. The cobalt content in the material is different in a specific part of the same drill bits, so that the hardness and toughness of the drill bit are optimized according to the processing needs..

(3) Alloy type cemented carbide grades

This type of grade is mainly used for cutting steel parts, and its cobalt content is usually 5% to 10%, and the grain size range is 0.8-2m .By adding 4% to 25% of titanium carbide (TiC), the tendency of tungsten carbide (WC) to diffuse to the surface of steel chips can be reduced.By adding no more than 25% of tantalum carbide (TaC) and nickel carbide (NbC), the strength, crater resistance and thermal shock resistance of the tool can be improved.Adding such cubic carbides can also improve the red hardness of the tool, and help avoid thermal deformation of the tool in heavy cutting or other machining where the cutting edge will generate high temperatures..In addition, titanium carbide can provide nucleation sites during the sintering process to improve the uniformity of cubic carbide distribution in the workpiece.

Generally speaking, the hardness range of alloy type cemented carbide grades is 91-94HRA, and the transverse fracture strength is 1-2KPa (150-300ksi).Compared with simple grades, alloy grades have poorer wear resistance and lower strength, but they have better bond wear resistance..Alloy type grades can be classified into C5-C8 in the C grade system, and can be classified according to the P and M grade series in the ISO grade system.Alloy grades with intermediate characteristics can be classified as general grades (such as C6 or P30), which can be used for turning, tapping, planing and milling.The grades with the highest hardness can be classified as finishing grades (such as C8 and P01) for finishing turning and key cutting.These grades usually have smaller grain size and lower cobalt content to obtain the required hardness and wear resistance.However, similar material properties can be obtained by adding more cubic carbides.The toughest grades can be classified as roughing grades (such as C5 or P50).These grades usually have a medium particle size and a high cobalt content, and the addition of cubic carbides is also small, in order to obtain the required toughness by suppressing crack propagation.In intermittent turning, the cutting performance can be further improved by using the cobalt-rich grades with higher cobalt content on the tool surface..

Alloy grades with lower tungsten carbide rods content are used for cutting stainless steel and malleable cast iron, but can also be used for processing non-ferrous metals (such as nickel-based super alloys).The grain size of these grades is usually less than 1m, and the cobalt content is 8%-12%.Grades with higher hardness (such as M10) can be used for turning and machining malleable cast iron; grades with better toughness (such as M40) can be used for milling and planing steel, or for turning stainless steel or super alloys.

Alloy-type cemented carbide grades can also be used for non-metal cutting purposes, mainly for the manufacture of wear-resistant parts.The grain size of these grades is usually 1.2-2m, cobalt content is 7%-10%.In the production of these grades, a large proportion of recycled raw materials are usually added to obtain higher cost-effectiveness in the application of wear-resistant parts.Wear-resistant parts need to have high corrosion resistance and high hardness. When producing such grades, these properties can be obtained by adding nickel and chromium carbide.

In order to meet the dual requirements of tool manufacturers in terms of technology and economy, cemented carbide powder is a key element.The powder material designed for the processing equipment and process parameters of the tool manufacturer can ensure the performance of the finished workpiece and lead to the appearance of hundreds of cemented carbide grades.The recyclable characteristics of cemented carbide materials and the ability to directly cooperate with powder suppliers enable tool manufacturers to effectively control their product quality and material costs.

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Masonry Drill Bits,Tungsten Carbide Drills

The masonry drill bits here are a variation of the twist drill bits. The bulk of the tool is a relatively soft steel, and is machined with a mill rather than ground. An insert of tungsten carbide is brazed into the steel to provide the cutting edges.

Masonry drill bits typically are used with a hammer drill. The bit is both rotated and hammered into the workpiece; the hammering breaks up the masonry at the drill bit tip, and the rotating flutes of the drill bit body carry away the dust. Rotating the bit brings the cutting edges onto a fresh portion of the hole bottom with every hammer blow. Hammer drill bits often use special shank shapes such as the common SDS type.

Masonry drill bits of the style shown are commonly available in diameters from 5 mm to 40 mm. For larger diameters, core bits are used. Masonry bits up to 1000 mm (39") long can be used with hand-portable power tools, and are very effective for installing wiring and plumbing in existing buildings. A star drill is a hand powered drill used in conjunction with a hammer to drill into stone and masonry. A star drill's cutting edge consists of several blades joined at the center to form a star pattern.

It is not easy to drill holes into concrete blocks, bricks, or stone as well as quarry tiles. Heavy-duty drill bits are required to do the job well and with precision. And the best bits to do this job are the masonry drill bits. These drill bits are available in various types.

There are masonry drill bits that have twists in order to help in drilling into steel as well as other hard metal. There are other types of masonry drill bits which are used in hammer drill in order to drill hard materials. This bit hammers the material and after that, it rotates into the work piece. While hammering, the masonry gets broken at the tip of the drill bit. Now the flutes of the masonry drill bit carry away the dust drilling it into the work piece and then rotating bit hammers its way to the masonry in order to give it a smooth edged hole.

The common masonry drill bits are the ones with SDS shanks. They have spring-loaded chuck which helps the bit to chuck with a quick hand-action. This is essential for drilling these bits into masonry. You may find masonry drill bits made of silicon bronze alloy as the cutting point. This is especially good in case you wish to do some heavy-duty drilling.

These are also called as durium tips and are easily available at any hardware store. Such masonry drill bits are very popular with contractors, construction workers and used for other commercial purposes. Such bits are used in power drills as those drills are used for heavy woodworking or metal drilling. And in case cheap quality drill bits are used, the hammering action can result in shattering the bits.

It is always better to opt for low rotation speed while you drill hard materials as high speed drilling could lead to overheating the masonry drill bits making them break the tip. And keep on pulling out the bit in order to brush off dust to ensure that you have a continuous smooth drilling action.

These drill bits are available in various different sizes ranging from 5mm in diameter up to 40mm. And in case of drilling through masonry walls, bits measuring from 300 to 400mm are used in order to drill efficiently. These are extra long masonry drill bits which should be handled with care. Hence, such a drill bit is typically used by construction workers who have expertise in using such drills as well as bits. Tungsten carbide tip is also quite popular; and they are bound to spiraled steel shafts. These tips are quite durable and can be sharpened with the help of a drill sharpener or a grindstone. This should be done occasionally in order to get the maximum effect of drilling with these drill bits. A masonry drill bit can be quite helpful when you wish to drill through concrete blocks or bricks around your house.


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Tungsten alloy rod quotation, professional manufacturer of tungsten carbide products

After the mold temperature is increased, the movement of each part must be checked again, because the steel may cause a jam phenomenon after thermal expansion, so pay attention to the sliding of each part to avoid strain and vibration..5.If the experiment plan rule is not implemented in the factory, we suggest that only one condition can be adjusted at a time when adjusting the test conditions in order to distinguish the impact of a single condition change on the finished product..6.According to the different raw materials, do a moderate baking of the raw materials used.7.Try to use the same raw materials as much as possible for mass production in the future.8.Do not try the mold completely with the inferior material. If there is a color requirement, you can arrange the color test together.

The purity of its tungsten powder reaches 99.95%, resolutely put an end to any form of recycled materials products.Before leaving the factory, the products have been tested by seven Chinese quality inspection standards to ensure that each product is qualified.Today, Zigong Cemented Carbide teaches you a little about how to distinguish between virgin tungsten steel and recycled tungsten steel: First: the density of recycled tungsten steel must be lower than that of virgin tungsten steel..For example: YG15 tungsten steel: Density: 13.90-14.20g/cm3, we can measure the external dimensions according to the tungsten steel we bought, and then calculate the volume according to the external dimensions.

The selection criteria of forming agent in cemented carbide production, rationale Imaginative forming agents should consider the following basic regulations: 1.Possess excellent viscosity to ensure a certain compressive strength of the blank.2.Possess a certain degree of wettability, can reduce the powder form, inhibit the internal and external friction of the particulate matter in the whole process, and make the relative density of the embryo uniform.3.Low melting point, liquid at room temperature, or organic solvent to dissolve volatiles, and mix well with cemented carbide.4.Low evaporation temperature, can be removed by vapor in the ultra-low temperature calcination process, and the carbon content is easy to control.

Professional manufacturer of tungsten carbide products

The role and requirements of the forming agent for hard alloy wear-resistant parts The role and requirements of the forming agent for hard alloy wear-resistant parts: The role of cemented carbide tungsten forming agent: (1) Bonding fine powder particles into slightly coarser agglomerates to improve The fluidity of the powder improves the uniformity of the crushed density distribution.(2) Give the briquettes the necessary strength.Hard materials hardly produce plastic deformation, and the strength of the briquettes is mainly given by the forming agent.Some special molding processes, such as extrusion and injection molding, etc., also need to be formed by turning the powder mass into a plastic body by a molding agent..

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Can copper tungsten alloy rods be used as touch solder pins [carbide rods]

What touch solder pin?Are you talking about resistance spot welding electrodes?It is best to use chromium-zirconium-copper, a high-temperature resistant alloy, which does not soften at high temperatures and is resistant to wear


Tungsten copper alloy is an alloy composed of tungsten and copper.The copper content of common alloys is 10%-50%.The alloy is prepared by powder metallurgy, which has good electrical and thermal conductivity, good high temperature strength and certain plasticity.At very high temperatures, such as above 3000C, the copper in the alloy is liquefied and evaporated, absorbing a large amount of heat, and reducing the surface temperature of the material.So this kind of material is also called metal sweating material.

Tungsten copper composite material is a two-phase structure pseudo alloy mainly composed of tungsten and copper elements, and is a metal matrix composite material.Because the physical properties of copper and tungsten carbide rods are quite different, they cannot be produced by the fusion casting method, and are generally produced by powder alloy technology..

Tungsten copper alloy has a wide range of uses, most of which are used in aerospace, aviation, electronics, electric power, metallurgy, machinery, sports equipment and other industries.Secondly, it is also used to manufacture high-temperature components such as the contacts of high-voltage electrical switches that are resistant to arc ablation, rocket nozzle throat linings, and tail rudders, as well as electrodes for electrical machining, high-temperature molds, and other applications that require electrical and thermal conductivity and high-temperature use. occasion.

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Characteristics and uses of cemented carbide single hole round bars [carbide rods]

Characteristics and uses of cemented carbide single hole round bars

Carbide round bar, also known as cemented carbide bar, is a kind of hard alloy (WC) as the main raw material, plus other precious metals and paste phase by powder metallurgy method for pressing and sintering. Intensive alloy materials are widely used in the field of national production and processing, such as tungsten steel drill bits.

Cemented carbide round bar production process

Carbide round bar material performance characteristics

1. High-quality ultra-fine tungsten carbide and imported cobalt powder are taper drill bits used as raw materials.

2, using the world's advanced low-pressure sintering preparation technology for standardized production.

3. It has high strength and high hardness.

4, has excellent red hardness, good wear resistance, high modulus of elasticity, high bending strength, good chemical stability (acid, alkali, high temperature oxidation), good impact toughness, low expansion coefficient, thermal conductivity, electrical conductivity and Similar characteristics of iron and its alloys.

5, high-tech precision advanced equipment: Germany imported 10MPa low-pressure sintering furnace sintering.

6, a unique new process: vacuum high temperature and high pressure sintering. The product is pressure sintered in the final stage, which greatly reduces the porosity, improves the compactness, dth drill bits and greatly improves the mechanical properties of the product.

7, product features: material grades, can be applied to different needs of use; complete specifications, accurate blank size (reduced processing, improve production efficiency).

8, the service is thoughtful and quick response: the order is fast, and the delivery is fast and punctual.

Use of carbide rods

Carbide round bar has a wide range of applications, suitable for making tungsten steel drill bits, micro drill bits in the PCB industry, electrode rods in the optoelectronic communication industry, carbide drill bits in the machining industry, drill shanks, top tips, push rods, wear-resistant precision parts, It is the preferred high-quality material for the whole CNC milling cutter and the hole-cutting tool.

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Hunan tungsten mud use, tungsten alloy weight bar [carbide rods]


Jingzuan new tungsten alloy material Hebei tungsten mud use, plate rolling tungsten plate rolling can be divided into hot rolling, warm rolling and cold rolling.Because of the large deformation resistance of tungsten, ordinary rolls cannot completely meet the requirements of tungsten sheet rolling. Rolls made of special raw materials should be used..During rolling, the rolls should be preheated. According to different rolling conditions, the preheating temperature 100-350.It can be processed only when the relative density of the blank (the ratio of the practical density to the theoretical density) is greater than 90%, and the processing function is excellent when the blank density is 92-94%.

The diameter of the filament can be measured by the gravimetric method or the vacuum standard current method.In the process of drawing, as the diameter decreases, the deformation resistance increases (such as diameter 0.1.The breaking strength of 3 mm tungsten wire can be as high as 350 kgf/mm, and its plasticity is correspondingly reduced.In order to improve the reprocessing performance, it is generally necessary to perform stress relief intermediate annealing.In addition, electrolytic corrosion can be used to process the wire to a diameter less than 0.01mm filament.

Jingzuan new tungsten alloy material tungsten alloy weight rod, tungsten alloy fishing sinker for sea fishing is made of tungsten alloy, which has the characteristics of large density, small size, high hardness, corrosion resistance, wear resistance and long service life, and it is non-toxic and pollution-free. It is the choice of fish sinkers for sea fishing.Sea fishing is completely different from river fishing. Sea fishing is more difficult. You must have a set of self-contained sea fishing equipment, so not all fishing sinkers can be used for sea fishing..It has good corrosion resistance, is non-toxic and environmentally friendly, will not cause harm to humans and fish, and will not pollute the environment..The tungsten alloy fishing sinker for sea fishing has excellent performance, can dive deeper, and can have more opportunities to catch big fish, so that the angler can get more fishing pleasure.

Golf is more and more favored by high consumers. In order to meet the needs of various groups of people without increasing the cost too much, tungsten screws began to develop under this background..The key part of the golf club is on the head. The weight, hardness, elasticity and flatness of the head will affect the movement of the ball..According to the survey of people's usage, everyone has different physiological needs for club weight.In order for everyone to maintain a good sense of comfort during use.Use the increase or decrease of tungsten screws to change the weight of the ball head to meet this demand.

In order to save energy and purify the environment, using scheelite or molybdenum oxide to replace tungsten, tungsten carbide rods,liron, molybdenum and iron as additives for direct steelmaking has achieved significant economic benefits since the early 1980s..In addition to low-alloy steel, it can also be used on high-alloy steels such as high-speed tool steel, die steel, wear-resistant steel, etc..

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