Tungsten Alloy Radiation Room

Tungsten Alloy Radiation Room

Our tungsten alloys are used for radioactive source containers, gamma radiography, shields, and source holders for oil-well logging, and industrial instrumentation. High-density tungsten alloy radiation shielding in tungsten alloy inside radiation room also serve as collimators and radiation shielding in cancer therapy, as well as syringe protection for radioactive injections. When you need to direct a specific amount of radiation to a targeted area, tungsten alloy radiation room provides the control you need. Chinatungten's high-density alloys will continue to perform, even under extreme, high-heat conditions. We can provide tungsten alloy radiation room products as your requests.

Gamma radiation and X-rays are absorbed most effectively by high-density materials. Chinatungsten high-density materials are a family of tungsten alloy radiation shielding materials with densities 50% greater than that of lead. The high-density, good mechanical strength and excellent mach inability of AT&M materials make them ideal for shielding applications. Tungsten alloy radiation room products are our leader products. A variety of sizes and shapes are available in tungsten alloy radiation room. Tungsten alloy radiation room offered by us is qualified.

Tungsten alloy radiation room properties:

Tungsten content (wt %): 90-97

High density   16.0~18.5g/cm3

High strength   580~950Mpa

Advantages of tungsten alloy radiation room:
Good plastic
Good corrosion-resistant
Good machining property
High thermal conductivity
Low coefficient of thermal expansion
High mass absorption coefficient

Why Use Tungsten Alloy Radiation Shielding?

Compared to traditional radiation shielding materials in tungsten alloy radiation room such as lead and boron carbide, tungsten alloy radiation shielding provide excellent density with small capacity. At the same tungsten alloy radiation shielding weights high density alloy can provide the same energy absorption as lead using 1/3 less material.

When the weight is certain, more density, more denser, and the thickness would be thinner. Tungsten alloy radiation shielding material could be made with thinner thickness but high absorption of radiation in high density. That is why tungsten alloy radiation shielding material is suitable for radiation shielding products.

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
d: Tungsten alloy radiation shielding thickness, with the half-value layer thickness of their units, you need to half-value layer thickness of the quality of translation into the thickness of the material, divided by the density of the material can be obtained.

Tungsten Alloy Radiation Focusing Ring

Tungsten Alloy Radiation Focusing Ring

What Is Tungsten Alloy Radiation Focusing Ring?

Focusing ring used to adjust the lens so that the subject appears sharp on the film or CCD. Most cameras now have automatic focus (AF), some have manual focus override (MF) and some have a fixed focus (F) lens that ensures things from about 1.5 meters to infinity are relatively sharp. A few cameras have a power focus (PF), which is a manual method, using a motorized tungsten alloy radiation focusing ring. Lenses with a ring that allows a good grip make tungsten alloy radiation focusing ring easier to adjust and focus manually. We can provide tungsten alloy radiation focusing ring as your requirements and tungsten alloy radiation focusing ring offered by us is qualified.

A low-cost lens doesn't have a tungsten alloy radiation focusing ring. Found in very basic cameras. The lens is set to a distance of around three meters and relies on the depth of field to bring everything from about one and a half meters to infinity. The quality is always a compromise over a lens with adjustable focusing. Tungsten alloy radiation focusing ring is good to our health.

An optical device is built into older cameras or added as an attachment. That is used to work out the subject distance by comparing two viewpoints. You see a double image and adjust the lenses until the images form one which gives a distance reading that can then be transferred to the focusing ring.

As we know, all microelectronic have radiation when we used. In order to resistant radiation from these products, we have to protect measures to prevent it. Tungsten alloys is a best choices for tungsten alloy radiation focusing ring. Compared to traditional radiation shielding materials, tungsten alloy radiation focusing ring provide excellent value. A high-density alloy can provide the same energy absorption as lead using 1/3 less material. People are taking advantage of tungsten alloy reliable radiation focusing ring properties.

Why Use Tungsten Alloy Radiation Shielding?

Compared to traditional radiation shielding materials such as lead and boron carbide, tungsten alloy radiation shielding provides excellent density with small capacity. At the same weights tungsten alloy radiation shielding with high density alloy can provide the same energy absorption as lead using 1/3 less material.

When the tungsten alloy radiation shielding weight is certain, more density, more denser, and the thickness would be thinner. Tungsten alloy radiation shielding material could be made with thinner thickness but high absorption of radiation in high density. That is why tungsten alloy radiation shielding material is suitable for radiation shielding.

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
d: tungsten alloy radiation shielding thickness, with the half-value layer thickness of their units, you need to half-value layer thickness of the quality of translation into the thickness of the tungsten alloy radiation shielding, divided by the density of the tungsten alloy radiation shielding can be obtained.

Lead Free Radiation Protection

Lead Free Radiation Protection

Most of radiation including ionizing radiation and non-ionizing radiation is harmful. Therefore, in order to protect ourselves from radiation, we have to take extraordinary measures and reduce the radiation to a minimum. We can provide different kinds of lead free radiation protection product as your requirements. Chinatungsten's product products are always highest quality. Tungsten heavy alloy is completely it, being comprised of tungsten with minor amounts of nickel and iron. Lead free radiation protection offers a number of advantages as tungsten alloy radiation shielding material for clinical use:

- Good corrosion resistance under ambient conditions
- Low toxicity
- Superior radiation attenuation compared to lead
- Damage resistant due to much higher mechanical properties than lead

Why Use Tungsten Alloy Radiation Shielding?

Compared to traditional radiation shielding materials such as lead and boron carbide, tungsten alloy radiation shielding provides excellent density with small capacity. At the same weights high density alloy can provide the same energy absorption as lead using 1/3 less material.

When the weight is certain, more density, more denser, and the thickness would be thinner. Tungsten alloy radiation shielding material could be made with thinner thickness but high absorption of radiation in high density. That is why tungsten alloy radiation shielding material is suitable for the products. Lead free radiation protection products provided by us are qualified.

During design of tungsten alloy radiation shielding, lead free radiation protection 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
d: tungsten alloy radiation shielding thickness, with the half-value layer thickness of their units, you need to half-value layer thickness of the quality of translation into the thickness of the lead free radiation protection products, divided by the density of the tungsten alloy radiation shielding can be obtained.

Internationalists and their team work within a zone of radiation “shade” created by the patient drapes.

Light weight, pliable, and lead free radiation protection shields are built into each sterile, disposable drape.

Clinical studies show that when placed directly on the patient, RADPAD cuts harmful scatter radiation by as much as ninety-five percent. Tungsten alloy radiation shielding is widely used in some areas.

While density remains an important characteristic for blocking alpha and beta radiation, thickness is less of a concern. A single centimeter of plastic is sufficient for shielding against alpha particles, as tungsten alloy radiation shielding is a half-inch of paper. In some cases, lead free radiation protection is ineffective in stopping beta particles because it can produce secondary tungsten alloy radiation shielding when passing through elements with a high atomic number and density. Instead, tungsten alloy radiation shielding can be used to form an efficient barrier for dealing with high-energy beta radiation. When negatively charged beta particles hit a high-density material, such as tungsten alloy radiation shielding, the electrons are blocked, but the target that the lead free radiation protection barrier is intended to protect can actually become irradiated.

Tungsten Alloy Multi-leave Collimator

Tungsten Alloy Multi-leave Collimator

Why Need Tungsten Alloy Multi-leave Collimator?

When people in the tumor or cancer treatment, more and more hospital commonly uses CT simulation system for image acquisition and patient respiratory motion analysis, and then radiation therapy is required. Tungsten alloy multi-leave collimator is usually used for protect patient from unnecessary radiation.

As we know, tungsten heavy alloy could provide the same energy absorption as lead using 1/3 less material, besides, it is environmental friendly, high density from 17.0 g/cm3 to 18.6 g/cm3 make tungsten alloy multi-leave collimator an excellent ability for radiation absorption, as it is dense enough to absorb radiation from the radiation therapy machine, so as to make patient safe.

How is Tungsten Alloy Multi-leave Collimator Radiation Ability?

Compared to traditional radiation shielding materials such as lead and boron carbide, tungsten alloy provides excellent density with small capacity. With the same weight, high-density alloy can provide the same energy absorption as thinner than other materials, tungsten alloy is a favorable material for somewhere needs great radiation absorption but allow only very small space.

We not only offer tungsten alloy multi-leave collimator based on the international standard, but also could design and make tungsten alloy collimator as per clients’ requirement. Usually, radiation ability could be calculated basing on the following formula:

Formula: K = e0.693 d / △1/2
K: Shield weakened multiple
△ 1/2: The shielding material of the half-value layer values
d: Shielding thickness, with the half-value layer thickness of their units, people need to half-value layer thickness of the quality of translation into the thickness of the material, divided by the density of the material can be obtained.

How Tungsten Alloy Multi-leave Collimator to Make Radiation Protection

According to the lesion target period of the motion, in the allowed setting range of motion, radiation ray beam from treatment machine triggers automatically, out and off, so as to control the movement of the couch, then it is followed with the movement of tumor (target), in this way, to make a real-time dynamic precise radiotherapy. This method is applicable for the treatment with the movement caused by respiratory motion in a larger degree of lung, liver, breast, etc. The whole process for treatment of cancer or tumors, such as chest, abdomen, is an infrared tracking the motion waveform of the surface reflection markers, through surface infrared reflective markers , using fluoroscopic image, so as to do the verified or treatment of disease, this would produces a certain radiation of the radioactive material. If there is no high performance material of radiation shielding as tungsten alloy multi-leave collimator the treatment device, then other parts of the patient is almost to be simultaneously exposed to radiation damage. It will be very terrible. Therefore, when the radiation source movement, then tungsten alloy multi-leave collimator could absorb radiation to protect the patient.

Tungsten Alloy Collimator

Tungsten Alloy Collimator

Multi Leaf Tungsten Alloy Collimator

Tungsten alloy collimator is a device that narrows a beam of particles or waves. It belongs to input and output element of optical fiber communication devices. Tungsten alloy collimator can be adopted as linear accelerator and cyclotron in medical treatment. Tungsten alloy collimator has a simple structure, through which the fiber radiate light can be converted into parallel light (gaussian beam). So its main function is to efficiently maximize the light coupling into the device.

Radiotherapy destroys cancer by directing beams of radiation directly onto the tumor. The beams of radiation require a very fine focus to avoid harming the surrounding healthy tissue. This focus is achieved by using a multi-leaf tungsten alloy collimator, consisting of two rows of very thin tungsten heavy alloy plates, which can be configured to match the dimensions of the tumor exactly.

Tungsten alloy collimator and tungsten alloy X-ray target are made of groundbreaking tungsten alloy X-ray targets components in the medical industry. Tungsten alloy collimator contributes significantly to successful radiotherapy through their high density and high shielding capability against X-rays and gamma rays.

Advantages of tungsten alloy collimator:
1. One of the most effective devices for reducing the radiation levels on a job site;
2. Increasing the quality of radiography shots by reducing the scattering radiation around the film;
3. Providing safer operating conditions for radiographers;
4. Tungsten alloy material is a more effective shielding material than lead. It is an easy handle, non-licensed and very effective shielding material;
5. Do not spark; it is a ideal material for plant operations.

Tungsten Alloy Syringe Shield

Tungsten Alloy Syringe Shield

Syringe Shield 3cc:

Introduction:

9 mm thick glass-5.2g/cc gives optimum protection and tungsten alloy syringe 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)

Drawing Syringe Shield 3cc

Introduction:

2 mm solid tungsten flange helps syringe shield the hand when withdrawing liquid from a vial. Flange is easily removed to allow transition from drawing dose to patient injection. 9 mm thick glass-5.2g/cc gives the greatest protection of any glass in any syringe shield and syringe shield is easily replaced. Twist-turn and the syringe are held firmly. Syringe shield offered by us is qualified. We can provide alloy kinds of syringe shield as your requirements.

Material: tungsten

Weight:

3cc: 0.77 lbs (0.35kg)

5cc: 1.06 lbs (0.48kg)

10cc: 1.5 lbs (0.68kg)

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)

PET Dispensing System Syringe Shield 3/5 cc

The PET Syringe Shield magnetically docks with the PET Dispensing Pig. Designed to accept 3cc and 5cc B-D syringes, syringe shield places the needle inside the vial septum when engaged; the external calibration rod allows the precise volume to be withdrawn without a leaded glass viewing port, where high exposure levels cannot be adequately shielded. We can provide all kinds of tungsten alloy syringe shield as your requirement. Tungsten heavy alloy syringe shield is our leader products.

Tungsten Alloy Weight Throw

Tungsten Alloy Weight Throw

What Is Weight Throw?

Eight throw is one of the track and field sports throwing event. It can increase strength, improve the coordination and maintain the balance of the body ability in the rotation of the high speed. The weight throw is evolved from the hammer, which is used to strike the iron. In late nineteenth century, the students of Oxford University and Cambridge University listed the weight throw as an official event. At the very beginning, the people who took part in the weight throw event usually very tall and strong, most of them threw it by use of their strengths. Weight throw technology has been had a great improvement along with the development of the sports science.

Weight throw was developed late in China, the first weight throw record was set in 1954, and the result was 29.92 meters. Weight throw includes three parts: sphere, chain, handle. Now tungsten alloy weight throw is widely used in the match because of the properties of tungsten heavy alloy.

Tungsten Alloy Weight Throw

Traditional weight throw was made by iron or lead but tungsten heavy alloy is a more suitable material for the weight throw because of its advantages such as high density, high melting point, small volume, excellent hardness, superior wearing resistance, high ultimate tensile strength, high ductility, high temperature resistance, etc. Tungsten alloy is a perfect material to make weight throw especially to make the sphere.

The high density of tungsten alloy can improve the speed and length when throwing, in this way, tungsten alloy weight throw can help the competitors to catch a high score. Non-toxic and environmental friendly of tungsten heavy alloy is another advantage for tungsten heavy alloy to make tungsten alloy weight throw. It is the durable material and can be used recycling. Tungsten heavy alloy is also very easy to machine, the manufacturer can save a lot of time in the processing of making tungsten alloy weight throw. Tungsten heavy alloy has strong wind resistance, when the match is held in a windy day; the wind can has little bad influences for the match if the weight throw was made by tungsten alloy. Good corrosion resistance is another advantage for tungsten heavy alloy to make weight throw, after using a lot of times by different competitors, weight throw cannot be eroded by the users sweat.

Because the density of tungsten is higher than steel, iron and lead, so compared with the tungsten alloy weight throw. The weight throw made of steel, iron or lead are larger than the Tungsten alloy weight throw, which make them not convenient to throw, and compared with the tungsten alloy material, they have larger air resistance. On the other hand, the tungsten alloy weight throw has better directionality when it is thrown by the athlete. In a word, tungsten alloy weight throw can help to improve the scores, so tungsten alloy is the best choice in the match.

Tungsten Alloy Indoor Weight

Tungsten Alloy Indoor Weight

Tungsten alloy indoor weight is a product that can help you to become fit. It can increase strength, improve coordination and maintain the balance of the body ability in the rotation of the high speed.

Tungsten alloy is a very suitable material for indoor weight throw. Instead of using iron or lead you can now use high density, high melting point, small volume, excellent hardness, superior wearing resistance, high ultimate tensile strength, high ductility, high temperature resistance, etc. It is a perfect material to manufacture indoor weight in variety of shapes such as dumbbell, weightlifting, balls etc.

High density tungsten alloy indoor weight can help you to improve your performance. It is non-toxic and environmentally friendly, so it is another advantage for it. It does not harmful to people's body when they practice it for a long time. Tungsten alloy is also very easy to machine, so a lot of time and effort can be saved in the process of making it. Good corrosion resistance is another advantage for tungsten alloy to make indoor weight. Long use, sweat and atmospheric conditions can cause other materials to corrode, but tungsten alloy is so durable and resistant that it will look as new even after long time.

Whether you are a professional amateur looking to improve shape or elite college athlete, tungsten alloy indoor weight provides the greatest mechanical advantages of over any other weight on the market, resulting in measurably longer throws; this weight could help you make it to the next level.

Sport is an international language, people can understand to each other without words, and it makes its own contribution to the world peace. With the advantages of environmentally friendly, small capacity with heavy density, tungsten alloy indoor weight is making sports easier and more convenient. It is easy to carry, store and transport and will help you stay in shape wherever you go. Tungsten heavy alloy indoor weight goes with the spirit of the sport: faster, higher and stronger. We can provide all kinds of it according to your requirements.

Tungsten Alloy Stud for Horse

Tungsten Alloy Stud for Horse

Provide your horse with extra grip during competitions on soft and slippery ground. Shoe thickness 8 or 10 mm. Square head 12 mm wrench, protrusion: 19 mm out of the shoe. Drill Ø 8.5 mm and use a metric screw tap M10×150. Weight 21 g.

The Advantages of Tungsten Alloy Stud:

Because of the excellent properties of tungsten alloys, the Tungsten stud has good ductility, meet the requirement of professional Speed racing game, and the tungsten alloy stud has excellent durability and high-speed property. Tungsten alloy stud can protect the horse tendon from being damaged. The tungsten alloy stud can reduce the impact of the stiff race way to the hoof, so tungsten alloy stud can reduce the burden of the hoof. Tungsten alloy stud can be used in two sides: one is tungsten stud for horse; the other aspect is tungsten alloy stud. Unlike studs made of other materials, tungsten alloy stud is friendly to the horse, and tungsten alloy stud can be used for a long time.

The horse's hoofs are like the nails of the human, they will growth constantly. Every four to six weeks the horseshoe should be taken down to be pruned and then installed to the hoofs. If the horse work or exercise a lot, or always walk on the stiff ground, the hoofs ware seriously, the horseshoe should be always replaced too. The tungsten alloy stud can extend the service life of the tungsten alloy stud for horse.

Tungsten Alloy Squash Racquet

Tungsten Alloy Squash Racquet

What Is Tungsten Alloys Squash Racket?

Tungsten alloys squash racket is a durable and reliable racket that will cope with the most heavy racket users. Delivering fantastic power and excellent mid weighted control with each shot players of at all levels of the game.

The Advantage of Tungsten Alloys Squash Racquet

Tungsten alloy is small in volume and very dense, Tungsten alloys squash racquet is the most suitable one for squash racket. Player can choose the right weight according to his/her need. Tungsten alloys squash racquet counterweight will deliver fantastic power and excellent mid weighted control with each shot players of at all levels of the game. Tungsten heavy alloy material has excellent hardness, superior wearing resistance, good corrosion resistance and is environmentally friendly. Usually, tungsten alloy products are used in form of tungsten alloy cubes or balls, which work as counterweight for racquet.

Tungsten alloys squash racquet counterweights are helpful to correct specific habits of the player. For example, some players tend to rotate the tungsten alloys squash racquet, so they can choose the right weight for their own habit by change the counterweight of the tungsten alloys squash racquet. What is more, the Tungsten alloys squash racquet can increase the precision rate of the player when they use them.

Tungsten Alloy Tennis Racket Balance Weights

Tungsten Alloy Tennis Racket Balance Weights

What Is Tungsten Alloy Tennis Racket Balance Weights?

Tungsten alloy is right material for tennis racket balance weight or the like to change the swing force and impact center known as the "sweet spot" on a tennis racket balance weight and more particularly relates to a snap-on weight that can be easily attached or removed.

"Sweet spot". But, size, weight, height, strength and other physical factors cause different players to alter the fundamental swing slightly causing "miss-hits" which in turn cause errors in the flight of the ball. A miss-hit, such as contacting the ball near the frame of the racket, will cause the ball to go in the direction different from where it is intended when the player swings.

Tungsten racket balance weight placed in certain areas of head can increase the force at which the player can hit the ball. Thus, even the best players can benefit from using tennis racket balance weight head.

"Sweet spot". No two players have identical swings and therefore two different players may swing slightly different with the same racket. Further, since the tennis racket balance weight and overall structure is fixed while it is made; the only way to achieve a different arrangement is to obtain a racket having a different weight or weight distribution. It would, however, be advantageous if weights could be easily added at selected points of the racket that would improve a players overall swing. Selected distribution of tennis racket balance weight can be used to not only increase the head tennis racket balance weight for a more powerful serve but also to correct for imbalances in a players swing.

"On" improving accuracy and power that increases the speed and control of the ball. One such method of adding weight is by tape on the inside surface of the frame. However, a disadvantage of this method is that it must be done when re-stringing the racket and the weight cannot be repositioned without removing and replacing the strings.

It is, therefore, one object of the present product to provide a snap-on weight for tennis rackets that allows a player to vary the weight distribution of a tennis racket balance weight. The position of the tennis racket balance weight can be changed at will.

Snap-on tennis racket balance weight, will allow a player to easily vary the amount and distribution of weight of the tennis racket balance weight head. The present product provides weights in the form of snap-on weighted clips that conveniently attach to the strings or frame of the racket head at selected positions around the racket.

A snap-on weight has a weight holder having a crown with slots at either end of an oblong portion terminating in bores that are approximately equal to the diameter to of strings of most tennis rackets. The length of the crown is slightly longer that the space between adjacent strings. The weight holder has short centrally located sleeve providing a cup or socket for receiving a weight such tungsten pellet. The weights can be small tungsten pellets that are pushed into the socket and firmly held in place by nibs on the weight or by closing the pocket with a covering portion. Tungsten pellets can be provided in varying weights to allow the amount of weight added to a particular portion of the tennis racket to be varied.

The weighted holder is attached to the tennis racket by fitting an adjacent string into the slots on either side of the crown until the strings engage the bores and are locked on the tennis racket string. The weight can then be slid down on the strings until the small sleeve having the weighted socket is firmly abutting the inside surface of the frame forming the tennis racket head. The weight holder is made of a soft resilient synthetic or rubber like material. The amount of tungsten racket balance weight added to a tennis racket head can be varied by adding the weighted holder at various positions around the periphery of the frame securely attached to the tennis strings.

Tungsten Alloy Ski Balance Weights

Tungsten Alloy Ski Balance Weights

What Is Tungsten Alloy Skin Balance Weight?

The ski balance weights relate to the technological sector of skis and the associated accessories which allow optimum performance to be achieved in all the sporting disciplines of downhill skiing. More particularly, the ski balance weight relates to an assembly consisting of ski, ski-boot and associated bindings. One or more weights of variable size are mounted on the ski in order to achieve better balancing of the ski balance weight itself and a reduction in the vibrations of its various parts caused by the fact that the pressure stresses acting on the zone of bearing contact of the ski with the snow change continually and very rapidly as regards the intensity and the point of ski balance weight application.

"Upstream" and "downstream" of the abovementioned point of attachment, it is necessary to reduce to a minimum the magnitude of the masses of these parts which, as a result of the associated moment of inertia, may amplify the vibrations thereof generated during the abovementioned rotational movements and acting both individually and in combination with each other.

Thus, because of its small volume, heavy weight, tungsten alloy become a popular material for the tungsten ski balance weight.

Tungsten Alloy Golf Head Counterweight

Tungsten Alloy Golf Head Counterweight

A golf head comprises of a golf head body and the bottom which is provided with a welding port and a dual-gravity tungsten alloy counterweight plate body which is welded to the welding port.

To increase performance, people find ways to increase the weight of the golf club heads. Usually tungsten alloy is added change weight in order to promote the use of rods in titanium club heads.

The dual-gravity counterweight plate body comprises of tungsten alloy golf head counterweight and metal part that is arranged at the periphery of the tungsten alloy counterweight and is made from the same metal material as the golf head body. The dual-gravity counterweight plate body is welded to the welding port of the tungsten alloys golf head counterweight body, and the welding port is ground to form the golf head, the bottom of which is equipped with the tungsten alloy part. The gravity and weight are averagely distributed on the area of the bottom of the golf head under the condition that the thickness of the golf head is not changed, so the effect of lower center of gravity and better balance can be achieved, thus greatly improving stability and solidity of playing the golf.

Tungsten alloy Golf Head Counterweight

Owing to their unique properties, tungsten alloys are well suited for use as weights for sports equipment. Tungsten heavy alloys have a density twice that of steel and weigh seven times more than aluminum. It is the best material to manufacture into tungsten alloy golf head counterweight.

Tungsten alloy inserts allow focusing of the weight inside their golf clubs. This process has lead to improved launch, spin and forgiveness.

Recent innovations have also increased the usage of tungsten in the sport. Some claim that because tungsten is dense and the center of gravity more centrally located, a tungsten core will create more spin in golf balls.

The Size of Tungsten alloy Golf Head Counterweight

The tungsten golf head counterweight is between two and three inch in length. Mainly from 2.25 to 2.5 inch and, 2.4 inch is most popular. Golf club heads height is between 1.25 inches and 1.75 inches, mainly from 1.35 inches to 1.50 inches, the best is 1.42 inches. Traditional golf clubs are generally made ​​of titanium or iron, cased, or forged.

Snake Eyes Golf Tungsten Alloy Weights

Snake Eyes Golf Tungsten Alloy Weights

What Is Snake Eyes Golf Tungsten Alloy Weights?

Snake Eyes is well known producers of quality golf clubs, especially wedges. Snake eyes golf offers the best in golf clubs. Snake eyes golf tungsten alloy weights are an important addition to your golf gear. They are used for the challenging, short shots to the green, as well as from the sand. Manufacturers recently have begun changing the lofts on their regular irons, making it imperative that the golfer has the proper wedges in his or her bag to play the all-important short game.

Why Use Tungsten Alloy as Snake Eyes Golf Weights?

A golf club head includes one or more balance weights for swing balancing the golf club. The snake eyes tungsten alloy weights is selected from a plurality of balance weights and mounted in a weight cavity formed in the snake eyes golf club head.

Snake eyes golf tungsten alloy weight is now well known as the best material for this significant role of golf club balance weight. You can have a general impression for how tungsten alloy is applied to balance the golf club's better control from the below pictures demonstration.

Tungsten Alloy Golf Screw

Tungsten Alloy Golf Screw

What Is Tungsten Alloy Golf Screw?

Golf club head includes one or more balance weights for swing balancing the golf club. The balance weight is selected from a plurality of balance weights and mounted in a weight cavity formed in the golf club head. Tungsten alloy golf screw plays an important role in properly balancing golf head.

Tungsten alloy is the best material for this significant role of golf club balance weight. With high density and low volume, tungsten alloy golf screw allows for very precise balance adjustments. Properly placed it can even correct a swing. The product is widely used because of the properties of small volume and high density.

We adopt Metal Injection Molding method for making an entire golf club head composed of a metal injection molded material having a tungsten alloy composition.

Why Use Tungsten alloy Golf Screw?

Numerous techniques have been used for weighting golf club heads in order to gain better performance. In persimmon wood club heads, weights were attached to the sole in order to lower the center of gravity. The first metal woods had sufficient weight, but the weight distribution deterred slightly from performance. The refinement of hollow metal woods with weighting on the sole improved upon the performance of these clubs. We use a tungsten alloy golf screw in the sole of each titanium club head body to vary the weight of the golf club head.

Advantages of Tungsten alloy Golf Screw:

1、Density-designed according to customers’ needs (10~18.6g/cc)
2、High tensile strength, toughness, hardness and excellent machinability
3、Corrosion resistant
4、Dense, nonporous material
5、Color consistency

Tungsten Alloy Golf Club

Tungsten Alloy Golf Club

Golf clubs are typically composed of titanium or steel, and either cast or forged. Chinatungsten Online can offer much heavier tungsten alloy golf club head which is much heavier.

Tungsten (W) with the specific gravity of 19.5, is roughly 2.5 times heavier than steel, and a little more than 4 times heavier than titanium. This material has been known for its filament applications for a long time. But for tungsten alloy golf club, it is primarily used as weight for shifting the center of gravity lower and/or deeper, and/or for the perimeter design. The metal is also used for golf balls either as the core or as powder for the composite layer underneath the cover.

Numerous techniques have been used for weighting tungsten golf clubs heads in order to gain better performance. In the product heads, weights were attached at the sole in order to lower the center of gravity. Usually we use tungsten alloy screw at the sole of each titanium club head body to vary the weight of the product head and improve the performance of the product.

The tungsten alloy golf club head has a length ranging from 2.0 inches to 3.0 inches, more preferably from 2.25 to 2.50 inches and most preferably 2.4 inches. The product head has a height ranging from 1.25 inches to 1.75 inches, more preferably from 1.35 inches to 1.50 inches and most preferably 1.42 inches.

Tungsten Alloy Golf Weight

Tungsten Alloy Golf Weight

What Is Tungsten Heavy Alloy Golf Weight?

Tungsten heavy alloy golf weight is now well known as the best material for this significant role of golf club balance weight. You can have a general impression for how tungsten alloy is applied to balance the golf club's better control from the below pictures demonstration.

A golf club head includes one or more balance weights for swing balancing the golf club. The balance weight is selected from a plurality of balance weights and mounted in a weight cavity formed in the golf club head.

Tungsten Alloy Golf Weights

Because of their unique properties, tungsten alloy golf weights are well suited for use as weights for sports equipment. The product have a density twice that of steel and weigh seven times more than aluminum.

Tungsten alloy inserts allow manufacturers to focus the weight in their golf clubs. This process has lead to improved launch, spin and forgiveness.

Tungsten Alloy Sea Fishing Weight

Tungsten Alloy Sea Fishing Weight

Sea fishing is becoming more and more popular as more anglers prefer to search for the ultimate thrill in fishing. That is exactly what you will get when you venture out (sea fishing) deep into the depths of the ocean where some of the biggest pieces of fish you will ever find are located.

The Equipment for Sea Fishing

Since sea fishing is harder than fishing in river or lake. You should have self-contained sea fishing tools. Sea fishing is a good trip.

Some fishing lines are needed, about 18lb breaking strain is necessary. You also need some sea fishing rigs; a good sea fishing rig would be a two hook flapper or a single hooked sea fishing rig. Our sea fishing tools will help you.

Not all fishing weights are useful for sea fishing. Fortunately, Chinatungsten's tungsten alloy sea fishing weights will be the best tools of your sea fishing trip. Using tungsten alloy fishing weight is the fastest and easiest way to add significant weight to your lure. As sea fishing weight isextremely dense and small volume.  Sea fishing tools offered by usare of highest quality.

You will need some bait when sea fishing, some frozen worm and fish baits such as mackerel, sand eel, lug and rag worm will be good while sea fishing. Then, you can start your sea fishing trip. Do not forget to protected yourself from sunburns when sea fishing.

Fish Shape Tungsten Alloy Jigs

Fish Shape Tungsten Alloy Jigs

Fish shape tungsten alloy jigs, the most technologically advanced weight available today, are now becoming standard in the industry and have been worked into almost every famous pattern available on the market.

Fish shape tungsten alloy jigs provide non-toxic and environmentally friendly alternative to lead. Comprised of tungsten, the second hardest substance next to diamonds, the product do not add pollutants to water. they are 25 percent smaller, much more sensitive and emit twice the sound of lead, they pick up bottom compositions much better than lead or brass weights, the sensitivity of it gives you the ability to better define under water structure. They are among our leading products.

Fish shape tungsten alloy jigs are used not only to provoke the big fish to bite, but also to force the fly to sink the bottom because of the tungsten material which is about three times heavier than lead.

Tungsten Alloy Skinny Dropshot Weight

Tungsten Alloy Skinny Dropshot Weight

It is great for coming through rocks and other underwater obstructions. Its shape allows them to stay on top of cracks and narrow gaps in the rock, and the higher density of their tungsten composition makes it much more compact than comparable lead weight. Tungsten is also much harder than lead, which means you can better detect anything your weight comes into contact with available in multiple sizes for a great price.

Tungsten Heavy Alloy Skinny Dropshot Weight

Tungsten alloy skinny dropshot weight is shaped like a slender rod. Skinny dropshot weight is perfect for use in any situation where bait or soft plastics are fished suspended over the bottom or submerged cover. Skinny dropshot weight is designed to attach quickly to the tag end of the hook knot. Skinny dropshot weight is our leading products. Skinny dropshot weights separate from the line with slightly more pressure than skinny dropshot weight would take to break the knot. Skinny dropshot weight offered by us is high quality product.

Tungsten Alloy Teardrop Fishing Weight

Tungsten Alloy Teardrop Fishing Weight

What Is Tungsten Alloy Teardrop Fishing Weight?

Tungsten alloy teardrop fishing weight, which is one kind of water fishing weight, then it gains popularity in the world because of its small volume combined with high weight. Chinese people refer to tungsten alloy teardrop fishing weight as fishing pendant, like earring pendant we usually wear. It has been designed with pro angler's needs in mind while offering all anglers the opportunity to enjoy the same rewarding experience of catching large fish, consistently.

It come with a swivel line clip for secure, twist free operation all day. Tungsten alloy material is lead free and environmentally friendly. Chinatungsten's fishing weights are the most versatile weights on the market today.

Tungsten Alloy Fishing Weight
Tungsten alloy fishing weight is an ideal, environmentally friendly alternative to lead weight, which is toxic and increasingly being labeled an environmental hazard. Tungsten alloy fishing weight is harder than steel and extremely dense, and it being on average 30 percent smaller than its lead counterpart is. Meanwhile, tungsten alloy fishing weight is smaller than conventional weight, create twice the sound of lead weights and maintain their shape for longer.

Tungsten Alloy Flippin Weight

Tungsten Alloy Flippin Weight

What Is Tungsten Alloy Flippin Weight?

Tungsten alloy flippin weight is shaped as a bullet, which is ideal for penetrating matted grass, flipping docks and working through wood and vegetation. Tungsten material makes tungsten alloy flippin weight denser and harder. Pople can use it more sensitive while flippin fishing.

What Is Flippin Fishing?

Flippin fishing or flipping is a quiet but powerful bass fishing technique. You use flippin weight when the weeds are thick (matted), working a reed/Kissimmee grass line or when working docks while flippin fishing for Florida bass. Flippin fishing is a fishing technique that is for stained to muddy water or extremely heavy cover. Flippin fishing is more of a short line technique. Flippin fishing is quieter and more accurate than any of the other cast, but flippin fishing cannot achieve the distance sometimes needed. Tungsten alloy flippinweight from Chinatungsten are highest quality with so many advantages:

Tungsten Alloy Flippin Weight Advantage

Tungsten alloy flippin weight for flippin fishing are half size of lead weights at the same weight, so it can go through the barriers more smoothly, and not easily be damaged by rocks. Tungsten alloy material is corrosion ressistant, can be used in any water, and also, it is enviroment friendly. Flippin fishing offered by us are qualified.

Tungsten alloy flippin weight delivers an extra small profile perfect for slipping in and out of cover, and its tungsten composition creates double the sound when it hits against a glass bead or rock. It is manufactured in exclusive insert-free technology for extra sensitivity and no frayed lines.