Tungsten Alloy Bucking Bar

Tungsten bucking bar are placed behind work surfaces to provide a backing member in applying impact fasteners and including intermitted tool head and handle parts with a low-recoil impact-absorbing spacer provided there between to take shock loads in compression and shear. A rivet gun is a type of tool used to drive rivets; nearly all rivet guns are pneumatically powered.

Bucking bars are used on the backside of a metal rivet gun to counter the force of the hammering and to create bucktail. Bucking bar also can be used to absorb the force of rivet guns, reducing the vibration of bucking.

Tungsten bucking bar used to form buck tails on rivet guns. And bucking bars come in many different shapes and sizes, and they are normally made from alloy steel similar to tool steel. The particular shape to be used depends upon the location and accessibility of the rivet gun to be driven.

The size and weight of tungsten bucking bars depend on the size and alloy of the rivet gun to be driven. Under certain circumstances, and for specific rivet installations, specially designed bucking bars can be manufactured.

At Guangxi Chentian Metal Product Co.,Ltd., bucking bars are normally made from tungsten heavy alloy. All edges are debarred and working surfaces are polished for convenient and safe use. This helps to prevent marring of formed buck tails. Please notice that never hold bucking bars in a vise unless the vise jaws are equipped with protective covers to prevent marring of tungsten bucking bar.

Why Choose Tungsten Heavy Alloy?

Enjoy easier, better riveting with less fatigue. Tungsten bucking bar offer the maximum density available. These bucking bar are more than twice as heavy as an identical bar made of steel. The small size and high density makes these bars versatile, able to fit in small areas. All bucking bars have a full radius on all edges for safety and ease of handling.

Tungsten bucking bars are resulting in a bucking bar of the same weight but half the size. Bucking bars are used in rivet setting to upset the shank of the rivet gun. Tungsten bucking bars reduce the recoil when reflecting the impact back to the rivet gun shaft.Rivet guns vary in size and shape.

Higher density reduces vibration and kick back while riveting. Take a cue from the pros and use what they use. We carry a full line of standard tungsten bucking bars used in rivet guns or we can custom build bucking bars according to your specifications. All tungsten bucking bars have smooth faces and rounded edges and corners for ease and safety in handling.

According to the investigation for different bucking bars of the same shape but different materials and mass characteristics, use of heavier but same sized tungsten bucking bars can reduce vibration transmission to the hand. Tungsten bucking bars make your riveting easier and more enjoyable.

The Best Choice–Tungsten Bucking Bar!

At Guangxi Chentian Metal Product Co.,Ltd., all of our Tungsten bucking bars are made of 90+% W tungsten heavy alloy products. With the advantage of being more than twice as dense as steel, tungsten bucking bars are the best choices for riveting, especially in the confined spaces. With suitable tungsten bucking bars, you will make the task easier and riveting better, meaning less rivets to drill out.

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747 Wing Tungsten Counter Weights

What Is Tungsten Counter Weights?

747 wing tungsten counter weights Tungsten material is widely used for counter weights, working as so-called tungsten weight in many fields, such as in racing car, yacht, airplane, etc. As we know, the density for tungsten alloy could be ranged from 17.0g/cm3 to 18.5g/cm3, and the capacity could be reduced if it needs to be use in a small place. Besides, as its special properties, such as high density, wearing resistance, excellent elongation, well machining ability, tungsten is a suitable material to produce 747 wing tungsten counter weights.
The Advantages of 747 Wing Tungsten Counter Weights

747 wing tungsten counter weights (also called 747 wing tungsten balance weights) are controlled by control horns, which is a section of control surface which projects ahead of the pivot point. Control horns may also incorporate 747 wing tungsten counter weights which help to balance the control and prevent wings from “fluttering” in the airstream.
Compared to depleted uranium counter-balance weights, which is a kind of radioactivity material, the tungsten counter weights are harmless to environment and health. Tungsten materials also have some advantages, such as high density of 18.6g/cm3, high modulus of elasticity, wearing resistance and good machinability. Due to tungsten alloy materials has high density, which is 60% higher than lead. Compared to lead materials, tungsten counter weights can be smaller than lead counter weights, which can be appropriate for space limited situations. In addition, tungsten material is Non-Toxic, that is harmless than lead material. Nowadays, tungsten materials are best substitution for 747 wing tungsten counter weights.

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Tungsten Alloy Weight for RV-8 Airplane

What Is Tungsten Alloy Weight?

Tungsten alloy material is widely used for counterweight, working as so-called tungsten alloy weight in many fields, such as in racing car, yacht, airplane, etc. As we know, the density for tungsten alloy could be ranged from 17.0g/cm3 to 18.5g/cm3, and the capacity could be reduced if it needs to be use in a small place. Besides, as its special properties, such as high hardness, wearing résistance, excellent elongation, well machining ability, it is a suitable material for counterweight for airplane.
Why Use Tungsten Alloy Weight for RV-8 Airplane

Right now tungsten alloy weight is a very important par for RV-8 airplane. After RV-8 airplane fly overhead, the air flow in the periodic driving force to do a forced vibration, shaking the wings more powerful, driving force airflow explains the natural cycle period and states it is very close to or equal to the wing leading edge of the wing, which means weight bars. The object is to be achieved by changing the mass of the wing to change its natural frequency, the difference between the frequency of the driving force and the natural frequency is big, so as to achieve the purpose of damping. In this case, RV-8 airplane could control its stability well by the center of gravity varied within a certain range without loss of control. The center of gravity of RV-8 airplane can be varied within a certain range without loss of control. If you change the center of gravity exceeds this limit, you can not keep RV-8 airplane stable, and the situation appears stall.
Guangxi Chentian Metal Product Co.,Ltd. could offer Tungsten Alloy Weight for RV-8 Airplane

Guangxi Chentian Metal Product Co.,Ltd. could offer tungsten alloy weight, counterweight and ballast as per clients’ requirement. Guangxi Chentian Metal Product Co.,Ltd. has its own design, and also Guangxi Chentian Metal Product Co.,Ltd. could offer and manufacture the weight as per client’s drawing or design the drawing and mould as per client’s photo.
Ever more rapid long-distance transport of passengers and goods with a concurrent reduction of fuel consumption and emission of pollutants is one of the main demands of today’s aerospace industry. Tungsten alloy aerospace counterweight and tungsten alloy aerospace balance made of Tungsten Alloy high performance materials are key elements for future generations of civil supersonic and wide-bodied airplanes, hypersonic aircraft and high performance planes. High-temperature materials facilitate pioneering innovations in the area of propulsion systems, such as aircraft turbines and rocket propulsion, as well as hot outer skin structures of hypersonic aircraft.

Increasing the gas inlet temperature in gas turbines significantly contributes to more energy efficiency in aerospace. Materials have to meet high demands such as hot-gas corrosion resistance, low thermal expansion, high creep resistance and superior fatigue properties.

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Tungsten Counterweight for Aerospace

Probably the most well known application for tungsten alloy is the aerospace industry, where weights and counterweights are often required to be housed in restricted areas. Tungsten alloy aerospace counterweight and tungsten alloy aerospace balance are the most important parts in helicopter. With significant reductions in size possible, this in turn, leads to greater control of weight distribution. Tungsten alloy is the best choice to produce tungsten alloy aerospace counterweight and tungsten alloy aerospace balance.
Tungsten Alloy Aerospace Counterweights
Tungsten alloy aerospace counterweight in the dynamic components of aircraft engines and propeller systems are highly undesirable. Vibration, caused by mass imbalance of externally rotating components, can be reduced or eliminated by using mass trim weights. Additionally, tungsten alloy aerospace counterweights are incorporated into the pitch control systems of many propeller designs as a failsafe mechanism. During flight the propellers are kept at the correct angle by hydraulic pressure.
Aerospace Counterweights
Counterbalances to optimize performance. Tungsten alloy aerospace balance offers designers several advantages over conventional balance materials such as lead or steel. The higher density of the alloys permits smaller components to be used, reducing overall system weight. Unlike lead, which can exhibit creep at ambient temperatures, these alloys are stable and so may be used in mechanically stressed positions without the need for additional fabrication and encasement. The tungsten alloy aerospace counterweight and tungsten alloy aerospace balance offered by us are qualified.
Tungsten Alloy Aerospace Balance
Other aerospace applications like tungsten alloy aerospace balance include mass balances in satellites and helicopter rotor blades and in gyroscopic controls for missiles and avionics. In contrast to their vibration damping applications, these materials are also utilized, in the cockpit, to exaggerate the required vibrations in stall-warning shakers for control columns. Similarly, the advent of fly-by-wire controls has introduced small quantities of tungsten alloys into flight control joysticks, in order to increase stick inertia and therefore reintroduce some of the “feel” that is present in traditional controls, which use mechanical linkages to the elevators and ailerons.
In addition to their incorporation as tungsten alloy aerospace counterweights and tungsten alloy aerospace balances, tungsten alloy contribute to aircraft fabrication and repair operations. To deaden the vibration caused by rivet guns, bucking bars (“riveting dollies” or “hand anvils”) are used to absorb the force. The vibration can result in damage to nerves, muscles and bones in operators’ hands causing Carpel Tunnel Syndrome (Vibration White Finger). Many aerospace companies now reduce the bad effects by using tungsten alloy aerospace counterweight and tungsten alloy aerospace balance.
Ever more rapid long-distance transport of passengers and goods with a concurrent reduction of fuel consumption and emission of pollutants is one of the main demands of today’s aerospace industry. Tungsten alloy aerospace counterweight and tungsten alloy aerospace balance made of Tungsten Alloy high performance materials are key elements for future generations of civil supersonic and wide-bodied airplanes, hypersonic aircraft and high performance planes. High-temperature materials facilitate pioneering innovations in the area of propulsion systems, such as aircraft turbines and rocket propulsion, as well as hot outer skin structures of hypersonic aircraft.

Increasing the gas inlet temperature in gas turbines significantly contributes to more energy efficiency in aerospace. Materials have to meet high demands such as hot-gas corrosion resistance, low thermal expansion, high creep resistance and superior fatigue properties.

Due to their excellent mechanical and physical properties, Guangxi Chentian Metal Product Co.,Ltd.’s refractory metals are most suitable for components such as combustionand propulsion nozzles for satellites and other spacecraft. If you get any enquiry about tungsten alloy aerospace counterweight , tungsten alloy aerospace balance , please feel free to contact us at

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Tungsten Counterweight for Yachts

The hyperbaric heavy alloy is called”3H” :high density,high strength and high hardness,so one of its important usages is as the counterweight. Such as mechanical balance weight,fly ball;The weight used in the drilling industry;Horologe pendulum bob;Shorkproof cutter arbor;Coungterweight used in the voyage and sailboats counterweight; gyroscope、aircraft counterweight used in the space flight and aviation,etc.
Floating ships such as yachts need counterweight to maintain their stability in the water.The tungsten alloy yachts counterweights are non-toxic and comply with environmental standard.They have very high proportion(>18g/cm3), small volume, so it has the advantage of high wind resistance, quickly sinking,it is the best succedaneum for lead and it is active demanded in the developed country such as the Europe.

Designers can now enjoy high density, excellent mechanical strength and easy machining of the material. The same material is used in space flight and national military industry. The tungste heavy alloy is the best choice to be used as counterweight. Compared with lead,tungsten has smaller volume,so tungsten’s resistance in the water is smaller than lead,which will make the yacht move ahead more quickly. Tungsten alloy yachts counterweights vary in size and shape.

The high density of the tungsten heavy alloy make contribution to reduce the physical size of the module, make it easier to control the distribution of the weight, enhance the flexibility of the control mechanism.When large mass has to be confined into very small space in the yacht,tungsten alloy yachts counterweights become the best choice.Tungsten alloy yachts counterweights are non-toxic and environmentally friendly. They successfully replace the toxic products such as lead.And tungsten alloy yachts counterweights can keep their shape unchanged for a long time.We can provide all kinds of tungsten alloy yachts counterweights according to your requirements.

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Tungsten Alloy X-ray Target

Tungsten alloy X-ray target can be subjected to higher loadings than stationary anodes. By rotation of dish-shaped X-ray targets under the electron beam, a new, already cooled part of the target surface is continually used as the focal spot. Moreover, tungsten alloy X-ray target cools down more rapidly by radiating its heat. Far more energy per unit time can therefore be supplied to a tube with an X-ray target in comparison with a stationary anode.

Guangxi Chentian Metal Product Co. Ltd  can supply the whole range of Mo alloys and tungsten X-ray targets. Tungsten alloy X-ray targets that are optimally suitable for individual customer requirements, such as mammography Mo X-ray targets and tungsten X-ray targets, which are used from the general medical diagnostic and amigo- cardiograph to computer tomography.

In the past two decades, Guangxi Chentian Metal Product Co. Ltd  has been developing components for the latest generation of high performance medical devices in close cooperation with the leading medical instruments suppliers.

For diagnosis, Guangxi Chentian Metal Products Co. Ltd  supplys tungsten alloy X-ray target and stationary anodes for diverse X-ray applications. Tungsten alloy X-ray target can withstand extreme thermal stress in temperatures of over 2,000℃. All tungsten products are superior quality and durable, guaranteeing longer life.

Electromagnetic blasting is created by the slowing fast electrons down on the anode. 1% of the affected energy is transformed into tungsten alloy X-ray blasting and 99% into heat. Because of that, components within the X-ray should have high thermal resistance and applied material should possess a highest possible melting point, heat sink capacity, good heat conductivity and a smallest possible vapor pressure.

Guangxi Chentian Metal Product Co. Ltd  produces tungsten alloy X-ray target components, made of high performance materials (molybdenum, tungsten, WRe alloys), for the assembly of tungsten alloy target technology, which are used worldwide for picture giving systems.

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Tungsten Alloy Syringe Shields

Tungsten Alloy Syringe Shield 3cc:

Introduction:

9 mm thick glass-5.2g/cc gives optimum protection and tungsten alloy syring shield is easily replaced. Fully exposed needle hub allows you to visually check for correct venous insertion prior to injection.

Weight: without glass:

2.5cc: 0.3 lbs (0.14kg)

3cc: 0.36 lbs (0.16kg)

5cc: 0.4 2bs (0.19kg)

10cc: 0.62 lbs (0.28kg)

With glass:

3cc: 0.42 lbs (0.19kg)

5cc: 0.53 lbs (0.24kg)

10cc: 0.77 lbs (0.35kg)

PET Pig Syringe Pig/Syringe Shield

PET Pig syringe shield allows the safe transportation and administration of unit dose PET radiopharmaceuticals. The “T” handle on the PET Pig cap allows the unit to be easily lifted out of traditional “ammo can” delivery cases. The syringe shield use of the thermos style handle reduces hand exposure by permitting the PET Pig to be carried to the imaging suite without holding container sidewalls. Prior to injection, the base unscrews, allowing the center portion to be used as a syringe shield. When placed in the optional PET Pig Cradle, patient administrations can be performed with ease and maximum shielding.

Weight: 7.1kg ( 15.6 lbs )

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What is Nuclear Medicine?

Nuclear medicine is a medical specialty involving the application of radioactive substances in the diagnosis and treatment of disease. Nuclear medicine scans are usually conducted by radiographers. Radiation is an effective tool within nuclear medicine for both diagnostics and treatment of patients. Techniques such as SPECT and PET utilize radioactive materials injected into the patient, which are then monitored by gamma cameras (SPECT) or scanners (PET) to detect the presence of tumours in the body.

The Applications of Nuclear Medicine Tungsten Radiation Shielding

Tungsten alloy has excellent radiation attenuation properties, with thinner thickness but high effective in blocking harmful X-ray and gamma radiation. Tungsten alloy shielding is the best choice in nuclear medicine. And nuclear medicine tungsten radiation shielding is usually used in the nuclear medical equipment , such as collimator, linear accelerator, multileaf collimator,computed tomography,X-ray energy, absorptiometry, and gamma knife.

Why Use Nuclear Medicine Tungsten Radiation Shielding?

The advantages of tungsten alloy:

High radiation attenuation; good shielding capability

Thinner and often lighter than equivalent lead shields

Easy to sterilise and keep clean

Non-toxic

Easily machined with conventional tools

Hard and durable – no need for coating

During design of shielding, tungsten alloy radiation shielding is calculated according to requirements of shield to abate the multiple shielding materials’ thickness.

Formula: K = e0.693 d / △1/2

K: Shield weakened multiple

△ 1/2: The tungsten alloy radiation shielding material of the half-value layer values

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Applications of Tungsten Radiation Shielding

The usage of tungsten heavy alloy in radiation protection is not subject to NRC, EPA, or special OSHA regulations, so it has been widely used in nuclear medicine as collimator, isotope container,  cancer treatment source holder, etc.

Radioactive source containers

Gamma radiography tungsten alloy radiation shielding

Tungsten alloy radiation shielding block

Tungsten alloy radiation shielding source holders for oil well logging

Tungsten heavy alloy X-ray collimators

Tungsten alloy PET syringe shield

Shielding in cancer therapy machines

Syringe protection for radioactive injections

Tungsten heavy alloy syringe shielding

Nuclear shielding wall

Tungsten Alloy FDG container

Tungsten heavy alloy inspect welds

Nuclear testing equipment

Nuclear power plant shielding

Radiation shielding barrel

Isotope production, transport, and containment

Personal protection equipment for emergency responders

Large container inspection devices

Oncology Isotopic and accelerator based platforms

Pipe-line inspection Gamma

Defense for nuclear submarines

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Advantage of Tungsten Alloy Radiation Shielding

Experts find that radiation exposure could be reduced by maxing shielding.The density of a material is related to its radiation protection ability. Higher density means better stopping and absorbing radiation ray . Due to a higher density than most other materials, tungsten radiation shielding has a much higher ability of absorbing and stopping almost rays than others metals such as the traditional radiation shielding – lead. Tungsten radiation shielding greater linear attenuation of gamma radiations means that less is required for equal shielding. Alternatively equal amounts of tungsten shielding provide diminished exposure risks than equivalent lead.

Tungsten heavy alloy is the right material for radiation protection, as its combination of radiographic density (more than 60% denser than lead), machinability, good corrosion resistance, high radiation absorption (superior to lead and steel), simplified life cycle and high strength. Tungsten radiation shielding can provide the same degree of protection as lead whilst significantly reducing the overall volume and thickness of shields and containers. Besides, compared with lead or depleted uranium (DU),tungsten radiation shielding is more friendship for the environments both lead and DU for it is no any toxic.

Guangxi Chentian Metal Product Co. Ltd. have been manufacturing and offering tungsten related products for more than 20 years, and we have been able to manufacture, export and supply an optimum quality of tungsten alloy radiation shielding. Tungsten radiation shielding in different sizes and specifications according to the need of our esteemed clients are available for us to supply. Our tungsten radiation shielding products are widely used in PET rooms, linear accelerators, HDR rooms, gamma knife, and nuclear power plants.

Key Features of Tungsten Alloy Radiation Shielding :

  1. tungsten alloy radiation shield is capable for radiation exposure that could be reduced by maxing shielding.
  2. tungsten alloy radiation shield is having higher density therefore it has better stopping power and shielding capability
  3. Equal amounts of tungsten alloy radiation shield provides reduced risks rather than equivalent lead shielding
  4. tungsten alloy radiation shield is having radiographic density that is 60 % more denser than lead
  5. tungsten alloy radiation is having high level of machineability and this is good corrosion resistance
  6. tungsten alloy radiation shield is importantly reducing thickness of containers and shields                                                                                                                                      Contact us today at http://www.heavytungstenalloy.com or call us on +8613215340999

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