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full thread stud

Our company is a technology-based enterprise specializing in the research and development and production of special alloys such as high-temperature alloys, precision alloys, corrosion-resistant alloys, duplex stainless steel, super austenite, etc. Product specifications include stainless steel special material bolts and nuts, bars, plates, pipes, wires, strips, flanges and forgings, etc., which are widely used in petrochemical, aerospace, shipbuilding, electric power, energy, military industry, electronics, environmental protection, machinery, instrumentation, pump and valve industry, pressure vessels and other fields.

Studs have threads at both ends, and there are external thread studs and internal thread studs. Full-thread studs are studs without heads, and their entire body is threaded.

 

All Material for full thread studs & full thread rods
Hastelloy C276 Duplex 2205 A193 B8 SS304 Inconel600
Hastelloy C22 Duplex S31803 B193 B8M SS316 Inconel601
Hastelloy C4 Super duplex S32750 Alloy59 SS316L Incoloy718
Monel400 Super duplex 2507 Alloy20 Stainless steel 18-8 Incoloy800H
Monelk500 904L 309S SS321 Incoloy800
Nimonic 80A Alloy 926 -UNS N08926 310S 317L Incoloy825

 

 

  1. Differences between studs and full-thread studs

 

  1. Different end structures

 

Studs,for exemple duplex s31803 stud have threads and head structures at both ends, which are suitable for occasions where two or more objects need to be connected. Full-thread studs have no heads and are mainly used in occasions that require encryption and fixation.

 

  1. Different application scenarios

 

Studs are usually used in the connection of some tightly connected mechanical parts. For example, the base of the machine is connected and the installation of mechanical parts, as well as some polishing uses. Full-thread studs can be used to fix and strengthen workpieces, and can also be used to connect two objects, especially in occasions that need to be tightly fixed.

 

  1. Different installation methods

 

The installation methods of studs and full-thread studs are also different. Studs need to be tightened to a specific torque during installation to ensure the stability of the connection. The full-thread stud needs to be screwed directly into the workpiece, and its screw-in depth should be 1.5 times the thread diameter.

 

  1. How to choose when using

 

When you need to connect two objects, give priority to studs, because its design makes the connection tighter and more stable. The full-thread stud is suitable for tight fixing occasions that do not require a head design.

 

  1. Summary

 

Through the introduction of this article, we can clearly understand the difference between studs and full-thread studs, and how to choose studs that suit our needs. Correct selection according to needs during use can better meet the requirements of mechanical connection.

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In demanding industrial environments, the integrity of a structure often depends on its smallest components: the fasteners. 2205 Duplex Stainless Steel Bolts have emerged as the “workhorse” of the industry, offering a superior alternative to standard grades like 316. Understanding why we need these high-performance Alloy 2205 Bolting solutions requires looking at their unique chemistry, history, and the critical roles they play across global industries.

Manufacturing 904L bolts is significantly more difficult than manufacturing standard 304 or 316 grades. While 904L is highly ductile, its high nickel (25%) and molybdenum (4.5%) content make it extremely tough and prone to rapid work-hardening,  When welding 904L studs or components, use matching filler metals (e.g., 20 25 CuL) and avoid pre-heating to prevent hot cracking. Use Tri-Roll Thread Comparators and calibrated gauges to ensure precision, as 904L is prone to galling (seizing) during assembly if threads are not perfect.

In the demanding industrial landscape of 2026, the integrity of a project depends entirely on the fasteners used. Whether securing a jet engine component operating at extreme temperatures or erecting an offshore wind turbine, the choice of material and specification is critical for safety, longevity, and performance.
As a premier manufacturer, we specialize in high-precision fastening solutions tailored for extreme environments, featuring advanced materials like Incoloy A286.

 

Model: Could custom as client’s need
Material:Spring steel(55CrSiA、50CrVA、)
stainless steel(301、302、304、316、316L、17-7PH、15-7Mo)
Exotic alloy(GH4145、GH4169、GH2132、GH4090、30W4Cr2VA)
(Inconel X-750、Inconel 718、Nimonic90)

Specializing in High-Performance A286 & A453 Gr660 Fastener Nuts
When superior strength, corrosion resistance, and high-temperature performance are paramount, standard fasteners simply won’t suffice. Our company specializes in manufacturing a comprehensive range of premium hexagonal nuts using high-grade materials like A286Incoloy A286A453 Gr660, and 1.4980 stainless steel alloys. These materials are engineered for the most demanding applications across diverse industries, including aerospace, petrochemical, and heavy construction.
  • UNS‌: ‌N08028
  • EN/DIN‌: ‌4563
  • China GB‌: ‌NS142
  • Key Standards‌:
  • ASTM‌: B668 (Bar), B709 (Sheet), B829 (Forgings) ‌12
  • ASME‌: SB-668, SB-709 (High-Temperature Applications) ‌13
  • DIN‌: 1.4563 (Fasteners) ‌23

Inconel 901 High-Temperature Nuts – Superior Strength for Aerospace & Energy Sectors‌ ,Inconel 901, a ‌nickel-iron-chromium superalloy‌, is standardized under:

  • UNS‌: N09901
  • EN‌: 2.4662 / NiCr15Fe7TiAl
  • DIN‌: 1.4898
  • Common Trade Names‌: Nimonic 901, Haynes® 901, Alloy 901 ‌12.
  • UNS‌: ‌N08825
  • EN/DIN‌: ‌4858
  • China GB‌: ‌NS142
  • Key Standards‌:
  • ASTM‌: B425 (Bar), B423 (Seamless/Welded Tubes), B564 (Forgings) ‌13
  • ASME‌: SB-423, SB-425 (High-Temperature Applications) ‌16
  • BS‌: 3076 NA16 (Fasteners) ‌
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