【Know Tungsten】What Are Tungsten Alloy Bucking Bars?

tungsten alloy bucking bars image

What Are Bucking Bars?

Bucking bars are solid metal pieces made in different shapes and sizes. They are made from tungsten alloy and steel materials. But tungsten materials are more popular due to its characteristic of high density that enables tungsten bucking bars have small volume while meeting the weight requirement. 

What Are Bucking Bars Used for?

Bucking bars are used in aircraft, truck, bus, boat and trailer manufacturing processes for riveting, primarily aluminum and steel sheet metal components together.

How to Use Bucking Bars?

1.Place the smooth end surface of the bar on the end of the rivet; 

2. When in place, a riveting gun is used to apply pressure through multiple hits on the head of the rivet, while the bucking bar is forced against the rivet bucktail portion; 

3. Setting the rivet in place, filling the drilled hole it was placed in and securing the fastener in place and making the components rigidly connected.

 

【Know Tungsten】Tungsten Copper Resistance Welding Influential Factors

tungsten copper resistance welding influential factors image

There are many factors, which can influence the welding effort of resistance welding, which is applied tungsten copper as electrodes, such as welding current, time, pressure, electrode shape and properties and workpiece surface condition.

tungsten copper resistance welding influential factors text image

 

【Know Tungsten】Tungsten Copper Resistance Welding Types

tungsten copper resistance welding image

Tungsten copper is used as electrodes in resistance welding, which includes spot welding, seam welding, butt welding and projection welding.

tungsten copper resistance welding types text image

【Know Tungsten】Tungsten Alloy Application – Golf Weight

tungsten alloy application-golf weight image

Tungsten alloy application of weight is used in golf to increase the weight of golf head. In order to improve the performance of golf clubs, the weight is added to the golf end.

tungsten alloy application-golf weight image

【Know Tungsten】Tungsten Contact Application - Switches

switches used tungsten contact image

The tungsten switch contact is made of metal tungsten, which has good heat resistance, lower resistance, good chemical stability and other advantages, and can be very good circuit connection or break, thereby reducing the probability of electrical equipment failure.

switches used tungsten contact image

【Know Tungsten】Nano Tungstic Acid

nano tungstic acid

1. Nano Tungstic Acid
Nano tungstic acid has a large specific surface area and significant surface effect. 

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【Know Tungsten】Tungsten Trioxide Produced by Extraction Method

tungsten trioxide produced by extraction process

1. Overall Review of Tungsten Trioxide Produced by Extraction Method 

2. The main production process is using tungsten scheelite as raw material: roasting, grinding, alkaline pressure cooking to prepare sodium tungstate solution, purification and impurity removal, filtration of solid-liquid separation, sulfurization, acid adjustment filtration, extraction and back extraction, the ammonium tungstate solution is evaporated and crystallized, dried and sieved to obtain ammonium paratungstate (APT) product. After calcining APT, tungsten trioxide is obtained.

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Tungsten Heater and Lid

tungsten heater and lid image

Tungsten heater is used in vacuum coating furnace, which is widely used to coat the surface of bottle lid.

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Tungsten Alloy Application – Military Industry

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Tungsten alloy application in military industry is mainly for aerospace, weapon and nuclear industry. Tungsten alloy (WHA) is heavy metal with main content of tungsten 90~97%, and other elements, such as copper, nickel, iron, manganese, and molybdenum.

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【Know Tungsten】Tungsten Trioxide Lithium Ion Battery

tungsten trioxide lithium ion battery photo

1. Lithium Ion Battery in Daily Life
Lithium-ion batteries have become the main power source choice for portable electronic devices due to their large capacity, high voltage, and long life. In order to further satisfy people's demand for higher-performance lithium-ion batteries, it is an effective solution to find alternative electrode materials with better electrochemical characteristics.

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