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Top 50 Key Players companies in Gas tungsten arc welding
by Most Literature Citation in the world in 2020

The Gas tungsten arc welding top 50 is Discovery PatSnap’ annual ranking of the top 50 Most Literature Citation Gas tungsten arc welding Key Players in the world. Discovery has identified the top key players, startups & unicorns, fast-growings, news entrants in 2020, ranking from differnt perspectives, including patent filing intensity, academic research capability, news media heat. The company list is generated from various data types.
Gas tungsten arc welding (GTAW), also known as tungsten inert gas (TIG) welding, is an arc welding process that uses a non-consumable tungsten electrode to produce the weld. The weld area and electrode is protected from oxidation or other atmospheric contamination by an inert shielding gas (argon or helium), and a filler metal is normally used, though some welds, known as autogenous welds, do not require it. When helium is used, this is known as heliarc welding. A constant-current welding power supply produces electrical energy, which is conducted across the arc through a column of highly ionized gas and metal vapors known as a plasma.
#
Company Name
Region
Tech Topics
Total
1
Victoria, Australia
Market research,Phosphatase,Kinase,
...[+2]
Literature citation: 1,486
2
Defence Metallurgical Research Laboratory
India
Modern warfare,Weapon system,Materials science,
...[+2]
Literature citation: 948
3
Literature citation: 416
4
KITECH
Industrial technology,Domestic industry
Literature citation: 328
5
Literature citation: 297
6
Vikram Sarabhai Space Centre
India
Space research,Space vehicle,Rocket,
...[+2]
Literature citation: 237
7
Literature citation: 215
8
Literature citation: 186
9
Basic law
Literature citation: 184
10
Army-Navy Academy
Literature citation: 171
11
Literature citation: 170
12
Berlin, Germany
Literature citation: 155
13
Literature citation: 140
14
Aerospace,National security,Navigation system,
...[+2]
Literature citation: 118
15
Literature citation: 117
16
Shipbuilding,Shipyard,Computer hardware,
...[+2]
Literature citation: 103
17
Beijing Shi, China
Aerospace,National security,Space launch,
...[+2]
Literature citation: 102
18
Literature citation: 100
19
Literature citation: 99
20
Slovak Academy of Sciences
BL, SK
Literature citation: 92
21
Literature citation: 91
22
Nord-Pas-de-Calais, France
Fast-moving consumer goods,Information management,Information governance,
...[+2]
Literature citation: 88
23
Andhra Pradesh, India
Literature citation: 87
24
Medicine,Industrial gas,Aqua-lung,
...[+1]
Literature citation: 82
25
Sintef AS
Sør-Trøndelag, Norway
Knowledge generation,Market research,Articulated robot,
...[+2]
Literature citation: 77
26
Delhi, India
Literature citation: 73
27
Literature citation: 73
28
Literature citation: 71
29
Literature citation: 69
30
Ontario, Canada
Literature citation: 69
31
Literature citation: 66
32
Literature citation: 61
33
Literature citation: 56
34
Literature citation: 51
35
Literature citation: 50
36
France
National security,European Research Area,Military research,
...[+2]
Literature citation: 42
37
Literature citation: 40
38
Manufacturing engineering,Mechanical engineering,Naval Surface Warfare Center,
...[+2]
Literature citation: 38
39
Literature citation: 37
40
Berlin, Germany
Literature citation: 37
41
Taiwan Province, China
Literature citation: 35
42
Graphene,Association (object-oriented programming)
Literature citation: 34
43
Bayern, Germany
Literature citation: 33
44
Public opinion,Health care,Chemistry,
...[+2]
Literature citation: 27
45
Literature citation: 24
46
Literature citation: 23
47
Petrobras Europe Ltd.
Literature citation: 20
48
Hong Kong SAR, China
Literature citation: 19
49
Subsea 7 Treasury (UK) Ltd.
Literature citation: 18
50
Southern Finland, Finland
Telecommunications,Applied research,Solar cell,
...[+2]
Literature citation: 17
Page generation time: Jun 28 2025