WT20 2.4mm tungsten electrode 2% thoriated rod for tig welding

Short Description:

The WT20 2.4mm tungsten electrode is a popular choice for TIG welding due to its durability and ability to produce high-quality welds. 2% Thorium welding rods are known for their excellent arc starting and stability, making them suitable for both AC and DC welding applications. It also has a long lifespan and is resistant to high temperatures, making it ideal for a variety of welding projects.


Product Detail

Product Tags

Product Descriptions

WT20 thorium tungsten electrode is a widely used additive oxide electrode with superior comprehensive welding performance compared to pure tungsten electrode and other oxide additive electrodes. It is irreplaceable by other oxide electrodes during long-term use. Thorium tungsten electrode is easy to operate, with high current load, easy arc initiation, stable arc, large arc gap, low loss, long service life, higher recrystallization temperature, better conductivity, and good mechanical cutting performance. These characteristics make thorium tungsten electrodes widely used in welding carbon steel, stainless steel, nickel alloys, and titanium metals, becoming the preferred material for high-quality welding.

Product Specifications

 

Dimensions As your requirement
Place of Origin Luoyang,Henan
Brand Name FGD
Application Aerospacer,Petrochemical industry
Shape Cylindrical
Material  0.8%-4.2% thorium oxide
electronic work function 2.7ev
melting point 1600℃
Grade WT20
thoriated tungsten electrode (3)

Classification

 

 

Model

Diameter

Length

component

WT20

Ф1.0mm

150mm\ 175mm

THO2

WT20

Ф1.6mm

150mm\ 175mm

THO2

WT20

Ф2.0mm

150mm\ 175mm

THO2

WT20

Ф2.4mm

150mm\ 175mm

THO2

WT20

Ф3.0mm

150mm\ 175mm

THO2

WT20

Ф3.2mm

150mm\ 175mm

THO2

WT20

Ф4.0mm

150mm\ 175mm

THO2

WT20

Ф5.0mm

150mm\ 175mm

THO2

WT20

Ф6.0mm

150mm\ 175mm

THO2

WT20

Ф8.0mm

150mm\ 175mm

THO2

WT20

Ф10.0mm

150mm\ 175mm

THO2

Specifications

diameter of electrode(mm)

diameter tolerance(mm)

positive contact

negative electrode

ac(a)

0.50

±0.05

2~20

/

2~15

1.00

±0.05

10~75

/

15~70

1.60

±0.05

60~150

10~20

60~125

2.00

±0.05

100~200

15~25

85~160

2.50

±0.10

170~250

17~30

120~210

3.20

±0.10

225~330

20~35

150~250

4.00

±0.10

350~480

35~50

240~350

5.00

±0.10

500~675

50~70

330~460

6.00

±0.10

600~900

65~95

430~500

Why Choose Us

1. Our factory is located in Luoyang City, Henan Province. Luoyang is a production area for tungsten and molybdenum mines, so we have absolute advantages in quality and price;

2. Our company has technical personnel with over 15 years of experience, and we provide targeted solutions and suggestions for each customer's needs.

3. All of our products undergo strict quality inspection before being exported.

4. If you receive defective goods, you can contact us for a refund.

thoriated tungsten electrode (5)

Production Flow

1. Mixing and Pressing

 

2. Sinter

 

3. Rotary swaging

 

4. Wire drawing

 

5.Align

 

6.Slicing

7. Burnishing

Applications

WT20 thorium tungsten electrode is widely used in multiple industries due to its excellent welding performance. Firstly, it plays an important role in the aerospace industry, used for manufacturing and maintaining various aviation components and equipment, ensuring the high quality and reliability of aviation components. Secondly, in the hardware accessories industry, thorium tungsten electrodes also play an indispensable role in manufacturing and repairing various hardware products, improving their durability and safety. In addition, the specialized field for ships is also an important application area for thorium tungsten electrodes, which are used in the manufacturing and maintenance of ships, ensuring the structural strength and safety of ships.

thoriated tungsten electrode

Certificates

水印1
水印2

Shipping Diagram

22
21
thoriated tungsten electrode (5)
11

FAQS

Why doesn't the WT20 thorium tungsten electrode arc?

The reasons for not starting the arc or the weak arc column after starting the arc may include improper selection of tungsten electrodes, low doping of rare earth oxides, or uneven mixing. The solution includes selecting the correct type and specification of tungsten electrode, ensuring the correct doping amount and uniform mixing of rare earth oxides.

What is the cause of end explosion during welding process?

It may be due to splitting or bubbles at the tip of the tungsten electrode, which is usually caused by temperature and speed mismatch during the forging and drawing process of the product. The solution includes improving the temperature and speed control of the rotary forging and drawing process.


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