Blog

10 May 2020
https://www.globaltungstens.com/tungsten-carbide/tungsten-carbide-nozzles.php
Tungsten Carbide Nozzle

Tungsten Carbide Nozzle 鈥 It鈥檚 Features and benefits

Weison Advanced Materials supply a varied range of industries with solid Tungsten Carbide Nozzle or composite Tungsten Carbide and Steel spraying components.

In applications from water jet cutting, ceramic finishing, to paint spraying, tungsten carbide nozzle offers vast benefits over other materials. Not only with greater Wear resistance but, also with thermal steadiness as well as potential anti-corrosive properties! Our production fine finishing also contributes to comprehensive life.

We will work with your design teams from concepts through to full comprehensive drawings or else simply replicate replacement parts to expand components suitable for your submission. We relish the occasion to work alongside you and initiate you to new materials as well as production techniques which could help you recover productivity as well as efficiency.

Our after sales support is, we consider second to none and we support post sale meetings as well as discussion on how we can further increase our products quality or our service to offer even greater benefits in the future.

Advanced Engineering and Surface Preparation

To make sure optimal bonding between a coating medium and the surface of a gear box casing, shot blasting is used to adapt the surface topography of the base metal as well as augment good bonding is accomplished. The problems of shot blasting are well-documented, however. Gradual degradation of shot blast nozzles represents an ongoing maintenance concern, predominantly when using highly coarse particles like aluminum oxide. These tremendously fine and hard-wearing micro particles can scrape the extrusion component of the shot blaster, causing eventual component failure.

Advanced engineering of materials for wear applications has yielded a range of mechanically-stable ceramics capable of resisting the regular abrasion of highly-pressurized alumina particles. Tungsten carbide nozzle is one of the most established materials for advanced engineering of shot blast nozzles, but International Weison Advanced Materials has demonstrated the superiority Tungsten products for wear applications.

10 April 2020
https://www.globaltungstens.com/tungsten-carbide/tungsten-carbide-sleeves-in-the-oil-industry.php
Tungsten Caribde Sleeve

Understanding Tungsten Carbide Sleeve 鈥 Global Tungstens

With its many tungsten carbide products, added with the right materials, excellent performance and fruitful wear resistance, the tungsten carbide sleeve is a high machining accuracy that is keeping operation precision.

Along with that, the lifetime of rolling axletree, Global Tungsten can control the quality and have developed a higher reputation in the industry.

Also, the company produces many OEM carbide sleeves for its global clients

What is Tungsten Carbide Sleeve application?

Tungsten Carbide Sleeves are usually used in the water pump, oil pump, and other pumps, used primarily for high-pressure or corrosion resistance pumps, flow restrictors, servo seat.

On the other hand, the sleeves are broadly used as seal faces with the resistant-wearing, high fractural strength, high thermal conductivity, small heat expansion along with being co-efficient.

Still, after all this, it remains the best material that can be used to resist heat and fracture in all hard face materials.

What are the benefits of Tungsten Carbide Sleeves?

1.Full-set quality control
2.Strict quality control
3.Tight tolerances
4.Technology support
5.As international standard
6.High-quality as well as prompt delivery

It is important for us to note that the tungsten carbide sleeve comes in different cobalt binder grades, density, hardness, and more.

Global Tungsten is specialized in manufacturing tungsten products along with the carbide products for decades

Some other products manufactured are carbide balls, carbide burrs, carbide inserts, carbide plates, etc.If you want to know more about our services, then, make sure to visit https://www.globaltungstens.com/tungsten-carbide/tungsten-carbide-sleeves-in-the-oil-industry.php
now!

10 March 2020
https://www.globaltungstens.com/tungsten-carbide/tungsten-carbide-composite-rod.php
Hardfacing Welding Rod

Which Hardfacing Welding Rod process is the right for your application?

Hardfacing itself is a welding process that is used to apply a material with increased hardness, ductility, erosion-resistance, and corrosion resistance related to the base or parent material. Also, it is commonly referred to as cladding or hard surfacing.

It is because of hard facing materials, improved properties which are a part鈥檚 service life is prolonged and it can be applied to a new part in order to offer a value-added feature which may also be applied to repair previously deteriorated parts.

Let us look at some of the most popular procedures used to apply hard facing:

1.Flux-cored Arc welding 鈥 It is a semi-automatic or automatic in some cases, arc welding process which typically requires a continuously-fed tubular electrode containing a flux. It is important to remember that flux is a chemical substance added to the welding environment as a cleaning agent, flowing agent, purifying, and even a combination of all.

2.Open Arc 鈥 Also known as Gasless welding is a semi-automatic arc welding process that is chosen in field applications because it is quick, easily transportable, and requires no gas connection.

3.Gas Metal Arc welding 鈥 Sometimes also known as MIG 鈥 metal inert gas welding 鈥 is a semi-automatic welding process in which a consumable wire electrode and a shielding gas are fed through a welding gun. With that, the constant voltage is mostly used with this process.

4.Submerged Arc Welding 鈥 This Hardfacing Welding Rod involves the formation of an arc between a continuously fed wire electrode and a workpiece 鈥 similar to GMAW. Further, it uses the process of flux to create protective gases and slag to the weld pool. Before welding, a thin layer of flux powder is placed on the workpiece surface itself.

10 February 2020
https://www.globaltungstens.com/tungsten-carbide/tungsten-carbide-and-hardfacing.php
Tungsten Carbide Hardfacing

Complete Guide to Tungsten Carbide Hardfacing 鈥 Weison Advanced Materials

Tungsten Carbide Hardfacing overlays are usually proposed to oppose extreme metal-to-earth sliding scraped area. Along with that, the chromium carbide also overlays the client which can anticipate that a 3 will 5-time increase in-service performance.

In order to comprehend the same, it is important to perceive that tungsten carbide particles are hard in contrast with chromium carbide, and by controlling the fragmentary work size of the carbide particles, the enhanced effect and its area protection is also scraped.

Which Tungsten Carbide Hardfacing makes a better choice?

Considering the application knowing that there is a decision of both the matrix wire and the molecule work size tungsten carbide, the selection can overshadow as to what to utilize and where to do so. It is for this reason, the most ideal approach to take here is to choose a framework wire understanding the ruling condition.

Second things are to pick the molecule work size of tungsten carbide hard facing for the application, while it鈥檒l take a garner a few applications for giving a few exceptions to the choice.


1.Mild Steel Matrix Wire 鈥 The most used wire is 70S-6 MIG wire in either .045-degree distance across for handheld applications for programmed applications. With that, the development and mining industry, the mellow steel grid wire mix gives the most extreme scraped area protection with the best effect esteem.

2.Alloy Matrix Wire 鈥 Generally, the utilization of an alloy matrix wire is decided for a procedure application while handling screws, penetrating twist drills, blender sharp edges, pounding hammers, and so on. Moreover, it is also used a part of the mix with better work tungsten carbide, which is likely to give the most elevated scraped spot safe hardfacing store.

10 January 2020
https://www.globaltungstens.com/pure-tungsten/tungsten-catalyst.php
Tungsten Catalyst

Tungsten Catalyst an overview 鈥 Weison Advanced Materials

In recent years, there has been a rising interest in tungsten catalyst due to their properties as well as wide probable applications. This kind of materials displays exclusive acidity that recovers the activity along with selectivity, chemical as well as thermal stability and environmental protection, thus being regarded as a kind of promising catalyst owing to its resourceful application, including the metathesis and isomerization of alkenes.

Introduction to purest Tungsten Catalyst

Pristine tungsten catalyst principally includes tungsten trioxide, tungsten acid, tungsten carbide, etc. Recently, an immense deal of research based on pristine tungsten catalysts was focused on various green catalytic oxidation reactions, which showcased excellent catalytic performance as well as chemical stability.

The tungsten-based catalyst can be applied to the photo catalytic oxidation reaction, particularly tungsten trioxide. Tungsten trioxide, with a band gap between 2.4 along with 2.8鈥唀V, is a observable light response catalyst with constancy in acidic reaction conditions.


The color of tungsten catalyst is bright gray and the appearance of tungsten catalyst is polyhedron granule. Tungsten catalyst is used extensively, not only used as flux in the analysis of carbon and sulfur, also as accelerator in the processing. High purity tungsten particles catalyst is also essential in the analysis of the infrared carbon and sulfur reagents, tungsten particles of the world amounted to tens of tons.

Processing of tungsten catalyst

Pure tungsten granulate as tungsten catalyst is very easy for processing because it is quite pliant and can contain small amounts of oxygen and carbon. Since the properties of pure tungsten granule allow the use of purest tungsten for great purposes. The purity of tungsten particle can reach 99.90% or 99.95% min. However, 99.90% of purity is not enough for materials. Thus, carbon - not more than 0.001% and sulfur - not more than 0.0005% are used to achieve better stability. Clean and pure tungsten granule is much needed to play a good role of catalyst in the material production. So, in between 99.95% to 99.99% of purity is important to use during material production and amplify its applications such as carbon sulfur analysis , induction accelerator , radiation shielding filler and so forth.

We at Weison Advanced Materials aim to provide a complete description of the recent advances in the field of tungsten-containing heterogeneous catalyst for green catalytic oxidation process. Though significant advances have been accomplished in the development of the tungsten-containing heterogeneous catalyst in green catalytic oxidation procedure, there is rarely relevant review focusing on the aspect. Hence, this is our main driving force to give to the fundamental exemplifications in this field.

22 December

Choosing the Right Tungsten Carbide Ball Material for Aggressive Environments

Tungsten carbide is a homogenous mixture of tungsten carbide grains in a binder matrix, with cobalt being the most commonly used binder matrix. The tungsten carbide grains are fused into a solid matrix of cobalt metals under extreme heat and pressure in a process called sintering. There are many different grades of tungsten carbide balls available, making it possible to provide carbide balls that are tailored for most any application. In general, a higher percentage of cobalt will provide a tougher but softer grade while a lower percentage of cobalt will provide a harder but less tough grade.

The hardness of tungsten carbide ball is evidenced by the fact that it is commonly used for tools used to cut steel and other materials, and for armor piercing ammunition. Its abrasion resistance and resistance to shock are both excellent. Tungsten carbide balls are also practically inert so it is able to resist corrosion in nearly any environment. But it should be noted that bases with a pH below 4 have a tendency to attack the binder. Tungsten carbide ball is also one of the most costly ball materials.

Naturally, tungsten carbide balls are used in applications where extreme hardness and wear resistance are required. Tungsten carbide balls are used in heavy machinery applications because of their wear resistance and strength. They are frequently used in the down-hole tool industry for hard banding, which refers to covering the outer surface of the lower portion of a tool with a wear material to enhance its life. Other common applications for tungsten carbide balls include ball screws, bearings, valves, flow meters, pivots, detents and tips.


For example, tungsten carbide balls are often used as tips for ballpoint pens and instruments used to test the hardness of materials.


How Tungsten Carbide Balls are Manufactured?

Summarized Manufacturing Process of Tungsten Carbide Ball:

  • - Pulverizing as formula
  • - Mixing
  • - Satin extrude
  • - Granulating
  • - Pressing
  • - Molding
  • - Vacuum Sintering
  • - Rough Grinding
  • - Fine grinding
  • - Clean
  • - Polish as per the client鈥檚 preferences
  • - Inspection
  • - Packing and warehousing

Features of Tungsten Carbide Balls

Tungsten carbide ball feature high hardness, wear resistance, rust free and anti bending. They can directly replace any application of steel ball. Usually, tungsten carbide balls are produced with a grade YG6 and with a hardness of HRA91.0 and density at 14.9g/cm3.


Generic Applications of Tungsten Carbide Balls

ITungsten carbide balls are widely used in many industrial applications such as precision bearings, instruments, meters, pend production, spraying machines, water pumps, machinery accessories, sealing valves, brake pumps, oil deposits, hydrochloric acid laboratory, hardness testers, fishing weights, weighting blocks, ornaments and precision machining.


Tungsten Carbide Ball鈥檚 Composition

Tungsten carbide balls are mainly composited with micron class carbide article powders such as WC, TiC with high hardness, and refractory performances, and binders phase like Co, Ni, or Mo, by means of sintering in vacuum or hydrogen reduction furnace. Now the common grades to produce tungsten carbide ball are YG, YN, YT and YW.

At WEISON, we have diversified diameters of tungsten carbide ball molds for a variety of sizes. According to vacuum furnace integrated and isostatic pressing, tungsten carbide ball鈥檚 performance has been largely strengthened. Our tungsten carbide balls have excellent quality and come with 100% non-porous. Samples are ready to deliver near you for testing! Don鈥檛 delay and order now!

Need any guidance on buying pure tungsten carbide? Get in touch!

Tungsten Carbide Ball
26 November

Why Use Pure Tungsten Carbide over Other Materials

Tungsten Carbide (WC) is an inorganic chemical compound containing equal parts of pure tungsten and carbon atoms. Tungsten carbide in its most basic form is a fine grey powder, but can be processed and formed into shapes for use in industrial machinery, tools, abrasives, as well as in jewelry products.

Tungsten carbide is approximately three times more rigidity than steel, with a Young鈥檚 modulus of approximately 550GPa, and is much denser than steel or titanium. It is comparable with corundum in hardness and can only be polished and finished with abrasives of superior hardness such as silicon carbide, cubic boron nitride and diamond amongst others, in the form of powder, wheels and compounds.

Pure Tungsten Carbide is an incredibly versatile material that comes in numerous different types to give varying properties. These varying characteristics are the main reason for its popularity in a range of applications and industries. Tungsten carbide falls between 8.5 and 9.0 on Moh鈥檚 hardness scale, making it almost as hard as diamond.


How is the Pure Tungsten Carbide Formed?

In typical conditions, when uncombined, Tungsten is a steel-grey colored metal. Tungsten is only found naturally on earth when combined in chemical compounds. It was first discovered in 1781 and the free element got its reputation for its tough physical properties, particularly the fact that it has the highest melting point of non-alloyed metals and the second highest of all the elements a behind carbon.

Tungsten carbide is formed by reacting carbon and tungsten at temperatures of between 1400 and 20000C. These high temperatures make it ideal to be for mills and cutting tools for industrial use which are able to required heavy use and high temperatures. Tungsten carbide starts off as a fine grey powder, in this form its hard wearing properties makes for an excellent abrasive or this powder can be pressed and formed into a desired shape, for example tools, jewelry and machinery. The rare and extraordinary physical properties retained by Tungsten carbide makes it useful for a variety of applications.

It is enormously strong and wear-resistant, so much so that there are only a scarce number of materials on earth that can cut or scratch tungsten carbide with industrial diamond abrasives being one. It is important to understand that tungsten carbide is available in different grades with varying properties depending on use. There are many different grades of tungsten carbide nowadays available in the market for sale which varies on just a few parameters: grain size, hardness and the degree to which a binder is used.


How Much Strength Does Tungsten Carbide Offer?


Minimum Transverse Rupture Strength (TRS)

The transverse rupture strength of tungsten carbide with cobalt variations is sometimes regarded as an indication of toughness which increases as hardness decreases. A recent study was conducted using a controlled group of tungsten carbide with cobalt samples with consistent TRS values. It demonstrated a different relationship between the TRS and hardness of Tungsten Carbide with Cobalt compounds.

TRS is a measure of the strength of tungsten carbide. Tensile strength is not used on tungsten carbide because it is too brittle and accurate readings cannot be obtained. As a rule of thumb the tensile strength of tungsten carbide is approx. half of the transverse rupture strength. Transverse rupture strength values are determined by the amount of force needed to break standard test pieces under the same test conditions.


Compressive Strength:

Compressive strength is measured by compressing a right cylinder test piece between two tungsten carbide blocks held in line by an outer sleeve assembly. The compressive strength of tungsten carbide is higher than for virtually all metals and alloys. This high compressive strength makes it possible to compress carbon at 1million P.S.I from man-made diamonds.


Impact Strength:

This measures the resistance of tungsten carbide to shock loading by a drop weight impact test. This is a more reliable indication of toughness than TRS readings.

Weison Advanced Materials Co Ltd founded in 1990s and located at one of the Chinese biggest clustering base of tungsten resources 鈥 Hunan, is a high-tech enterprise that focuses its diligence on research, development, manufacture, sales and technical service base on tungsten material.

WEISON turning power into precision finishing around tungsten-oriented materials with about twenty years鈥 expertise and existing experience in powder metallurgy, variety of tungsten-oriented products have been constantly produced and brought into innovative competitive market.

Need any guidance on buying pure tungsten carbide? Get in touch!

Tungsten carbide grit
29 October

Why Tungsten Carbide Grit Is Good for Hardfacing Applications?

Tungsten Carbide Grit is well-known for use in hardfacing applications such as on rotary rock bits and tool joint connections that are used primarily in well drilling where tools must withstand severe abrasion and the stresses of high impacts.

How Tungsten Carbide Grits Are Made?

Manufacturers in the prior art, grits have been made by crushing and screening tungsten carbide compositions. This method produced sharp faceted, irregularly shaped particles with inferior wear resistance. It was recognized in U.S. that the irregularly shaped grit obtained by crushing tungsten carbide compositions were subject to wear problems because of the points and pressures on the rits and the lack of uniformity in the grit particles. This patent teaches a method for preparing tungsten carbide powders whereby spheres, cylinders, ovoids or cubes of tungsten carbide can be obtained for use of a tumbling procedure is mentioned for the production of tungsten carbide grit but no mention is made as to how this procedure is to be carried out.

It has been discovered on the later half that if tungsten carbide powder is combined with a suitable organic binder and agglomerated into particles which are sintered to remove the binder and form tungsten carbide grit, grit with blunt and round particles. These blunt tungsten carbide grits are obtained in good yield with a minimum of unusable fine material. The blunt tungsten carbide grit has superior wear resistance properties as compared to the tungsten carbide grit obtained by crusing tungsten carbide blocks or compacts.

Tungsten Carbide Grit and Hardfacing

The process involved in applying tungsten carbide grit to the surface of hardfacing parts. With hardfacing, the base metal is made tougher and harder through the application of a material (in this case tungsten carbide grit) to its surface. Tungsten carbide grit in fact offers a greater level of protection to surfaces than many or most other traditional hardfacing materials.

Various industry applications require various levels of wear resistance. At WEISON, we offer tungsten carbide grit in various mesh sizes that suit particular applications. By using the right mesh size, you can achieve the desired level of protection regarding both impact and abrasion resistance. Tungsten carbide grit can also be applied to use parts in order to restore their deteriorated and worn-down surfaces.

Learn more at WEISON! You can count on us to meet your tungsten carbide grit needs. Contact us today to discuss your project needs and find out more about our products and services.

Tungsten carbide grit
30 August

Everything You Want to Know about Tungsten Carbide Grit 鈥 Here It Is

Tungsten carbide grit is the material applied to components of applications with a high level of abrasion. It鈥檚 applied as an overlay through the process called 鈥榟ardfacing鈥. Through the method of hardfacing in metal working, tougher and harder material is applied to a base metal. Tungsten carbide grit is used above most traditional hardfacing materials because it is harder and is proven to be a more effective protection against wear from abrasion.

Uses of Tungsten Carbide Grit in Work Environments

Tungsten carbide grit can be created to suit individual applications and work environments. One can alter the grit mesh size as well as the wire matrix to achieve the desired balance of protection from abrasion and impact. Through hardfacing, tungsten carbide grit can be applied to a new part in order to enhance its wear resistance further or to a used part for restoring its worn-down surface.

Why Tungsten Carbide Grit?

Tungsten carbide grit is ideal to use for long lasting wear protection in areas of high abrasive wear. It鈥檚 used to keep costly parts 鈥 bulldozer blades, wood grinding tips, trencher teeth, and bucket teeth 鈥 from wearing down quickly. Using tungsten carbide grit on machinery parts that see a lot of wear and tear significantly extends the life of those parts. For this particular reason, tungsten carbide grit is used in many different applications including woodwaste, agriculture, wear parts, plow attachments, and drilling. Tungsten carbide grit also adds an extra layer of protection to costly parts, increasing efficiency and decreasing downtime.

Widespread Applications of Tungsten Carbide Grit

  • 鈥 Woodwaste: Tungsten carbide grit can be applied in tub grinders, horizontal grinders, shredders, chippers, debarkers and stump grinders
  • 鈥 Agriculture: In this industry, tungsten carbide grits are used in sweeps, rippers and tillers
  • 鈥 Wear Parts: uses of tungsten carbide grit often found in fixed hammers, swing hammers, flails, tips, teech & inserts
  • 鈥 Plows attachment: also used in blades buckets for backhoes and excavators, loaders, milling attachments, dragline buckets, grapplers, snow removal equipment, trencher teech horizontal directional drilling, graders
  • 鈥 Drilling: tungsten carbide grit is highly used during hard banding, tubular, drill pipe, drill collars and pup joints
  • 鈥 Long Lifespan.
  • 鈥 Great heat conductivity.
  • 鈥 Excellent Creep Resistance.

If you are thinking that crushed tungsten carbide grit is useless; you probably don鈥檛 know how to use it as they still have high strength, tensile and hardness.


Tungsten Carbide Grit

Crushed Tungsten Carbide Grit for All Those Hard-Facing Applications

The tungsten carbide grit (amalgamation of carbide grit and tungsten carbide) becomes a raw material for offering anti-high temperation, anti-corrosion and wearproof resistance. It has no impurities and gives great welding effects. Crushed tungsten carbide grit not only has good compressive resistance but also has excellent tensile strength.

Incomparable Features of Tungsten Carbide Grit

    Get purest tungsten carbide grit
  • 鈥 High purity
  • 鈥 Low crushing rate
  • 鈥 High hardness
  • 鈥 High toughness
  • 鈥 Super abrasive resistance
  • 鈥 High temperature resistance
  • 鈥 Extra layer of protection
  • 鈥 Increased efficiency

So, tungsten carbide grit has various applications in crushing, electrolytic and mechanical domains. Why you require it for? Get purest tungsten carbide grit at competitive price only from Weison Advanced Materials Co. Ltd 鈥 the leading manufacturer and supplier of pure tungsten carbide grit.

08 March

Properties of Tungsten Heavy Alloy that makes it different than others.

Undoubtedly, Tungsten Heavy Alloy is one of the most demanded alloy in the market that has redefined the market with it鈥檚 overwhelming demand and breath taking properties. This is what a manufacturer would want in their raw materials and do everything to have it in their arsenal so that they are having an advantage over their competitors. Heavy Tungsten Alloy are always the talk of the industrial town as the properties possessed by this alloy is very hard to find with any other alloy at the same price band.

Industrial field like aerospace, defense, electronics, aviation and medical industry have taken the demand of tungsten alloys to a whole new level and is increasing on a regular basis.

One of the major application of tungsten alloy can be seen in the heavy industries where the material has to be wear resistant. Production of Tungsten Carbide or Cemented Carbides involves the application of tungsten in it. Tools which are used for cutting, construction and mining have tungsten carbide for superb performance and extra durability in comparison to other alloys.

Some of the Properties that is making tungsten a remarkable alloy are -

  • 鈥 High density ranging 17.0-18.8g/cc (90-98W) with the components of W-Ni-Cu, W-Ni-Fe Or W-Ni-Cu-Fe and etc.
  • 鈥 They have high melting points and density that is twice of steel.
  • 鈥 50% heavier than lead.
  • 鈥 Excellent ductile material.
  • 鈥 High Strength.
  • 鈥 Long Lifespan.
  • 鈥 Great heat conductivity.
  • 鈥 Excellent Creep Resistance.

Prodcuts like Tungsten Alloy Balls, Bars , dart barrel , bucking bar collimator , cylinder , plates and many more are few of the highly demanded products in the field of heavy industry.

15 Feb

Tungsten Price

The price of tungsten carbide raw material keeps rising over the whole 2017. According to the statistics of our China hard alloy business network, the main raw material of tungsten carbide powder has been increased from RMB180/kg to RMB270/kg at the beginning of 2017, and the price has soared by more than 50%Tungsten powder is also all the way up from RMB181/kg at the beginning of 2017, the highest in early September when rose to nearly RMB300/kg, even though slightly down afterwards, but there are still RMB274/kg, by the end of year rose more than 50%. The price of the recycled tungsten carbide powder has risen from about RMB158/kg at the beginning of 2017 to 208 yuan/kg at the end of 2017, up by nearly 35 percent.

As for the price of raw material for hard alloy, it can be described as extremely soar. Because of the push of the metal cobalt by overseas prices and domestic downstream especially new energy vehicles ternary battery demand, cobalt price jumped all the way, so as to drive the cobalt powder price also synchronous strong gains, cobalt powder prices have beenraising from early 2017s 300 yuan/kgup to 650 yuan/kg, yearly increasing percentage more than 110%, it's dumbfounded.

The prices of raw material go up, led to the production costs have risen sharply for those who producing tungsten products, but at the downstream, tungsten finished products have not up too much at price through the year, the production enterprises generally face income drops, even an embarrassing situation of without profit. Tungsten product manufacturers have been unable to bear the cost of rising raw materials, and allbe forced to raise their prices start from the tail of 2017.

At the beginning of 2018, the raw material is constantly go up at price, tungsten powder now is about RMB282/kg. tungsten carbide powder, recycled tungsten powder is raising for no exception. all the downstream of tungsten industry be forced to adjust their price.at the beginning of 2018. Chinese traditional new year is upcoming. lots of heavy orders need to be finished before Chinese spring festival, the consuming of tungsten powder becoming strong, however, tungsten powder is regulated by green environment restriction orientation, more and more small and medium W powder producers are coerced into shut down, to some extent cause to shortage so that stimulate the raising of tungsten price.

30 Jan

The Prolific Use of Tungsten in the Medical Industry

That鈥檚 obvious, isn鈥檛 it!

The remarkable journey of Tungsten from incandescent lamps to different devices and machines hasn鈥檛 received the hype like other metals do. The mismatch has been evident since steel, copper, gold, and other metals became the memorable topics of discussion.

Tungsten became the top choice of usage in the medical industry due to several reasons. Tungsten properties, such as high melting point, high malleability, and corrosion resistance edge over the advantages of other metals. These exceptional properties leverage the choice of Tungsten collimators than any other material made collimators.

In Computed Tomography (CT) machines, the key manufacturing component is Tungsten. While this metal is used for making detector arrays of scanners, the circular radiation components are made using Tungsten collimators. Certainly, the advantages of using Tungsten are aplenty, but we cite only a few:

  • Tungsten collimators help in reducing the extra radiations, which is why it鈥檚 one of the safest devices for use on a job site.
  • Since the scattered radiation is reduced due to Tungsten collimators, the quality of radiography shots automatically improves.
  • Lauded as an effective radiation shielding material, Tungsten is easy to handle and operate with.
  • Given its non-sparking nature, it also becomes an ideal choice for industrial usage.
19 Jan

Why Is Tungsten An Effective Shielding Material?

Descriptions offered on certain platforms suggest/mention Tungsten as an 鈥渆ffective shielding material鈥 without much explanation. Those dealing with metallurgical explorations have a rudimentary knowledge about the material, but not a lot of them have ample time for explaining the 鈥渆ffectiveness鈥 of Tungsten in simpler terms. Nevertheless, we are here to offer a lucid account about the same.

The chemical element Tungsten with an atomic number of 74 is a lesser discussed material. It has an atomic mass of 183 grams per mole and has a high melting point (as close as 3400 Degrees Celsius). Before CFLs and LEDs made an entry into our daily lives, the regular households had the incandescent light bulbs for illumination. These bulbs had the Tungsten filament in it.

Given its high tensile strength and highly malleable properties, it became a top choice for real-world applications, whether it is in the aerospace industry or in the medical industry. It can withstand high temperatures, making it a major preference for X-Ray production requirements. Tungsten鈥檚 efficacy in terms of resisting high temperatures without pitting or bubbling justifies its role as an effective shielding material. Moreover, it鈥檚 an effective heat dissipating metal; one of the best alternatives available in the marketplaces.

24 apr

Powder Metallurgy 鈥 The Rapidly Evolving Technology

Who knew this would be so popular in the industry?
The powder metallurgy has evolved and the manufacturers take this into cognizance for producing high-quality products. It uses a variety of methods for compaction, which includes extruding, slip casting, centrifugal casting, gravity casting, and more.
Though the advantages come in various aspects of using powder metallurgy, the chief ones include:

  • Reduction in metal removal processes, increasing yield percentage.
  • Higher production, robust quality, and comparatively lower cost.
  • Innovative material-making possibilities.
  • Near net-shape dimensional control and shape complexity.

Though this metal-forming process existed for more than a century, it has triggered a revolution now. The cited advantages in the above highlight why it’s beneficial in various ways for different applications.
Powder Metallurgy 鈥 Green Technology
Indeed, this technology has been recognized as “Green Technology” because it asserts sustainability of materials and ideal positioning of products. WEISON Advanced Materials Co. Ltd. 鈥 A high-tech enterprise with 20 years of expertise in manufacturing tungsten-oriented product utilizes this world famous metallurgy technique for its customers in different industries, whether it is medical, aerospace, or electronics. We cater to customer’s specific requirements and ensure quality production of tungsten products.

The Rank Of Tungsten Products In Consumer's Market.

The supply of primary Tungsten products is mainly in China. Though production in Asia has grown significantly, the accounting percentage is low. In terms of consumption, China still dominates the market, followed by the European Union, USA, and Japan. The areas outside these countries account less than 10% of total consumption.

The major application for Tungsten is in the production of Tungsten Carbide or Cemented Carbides. Since these are wear-resistant materials and have intensive applications in the heavy industry, the popularity remains high. Products like cutting tools, construction and mining tools, etc. have Tungsten Carbide for durability and performance.

In other industries, such as aerospace, aviation, electronics, defense, and medical industry, the demand for Tungsten-oriented products has rapidly increased. Though there a global economic slowdown in 2008/09 that had adversely affected the markets, the current situation has only led to increasing manufacturing output.

WEISON Advanced Materials Co. Ltd. understands the global demand of Tungsten-based products, for both light and heavy applications. With a state-of-the-art manufacturing unit and innovative processing techniques, we produce cutting edge solutions for all customers. Our dedicated R&D team, engineers, and remaining staff strive for delivering accurate products and services to customers.