Hastelloy Fasteners
Can Hastelloy fasteners be custom manufactured for specific sizes?
Yes, Hastelloy fasteners can be custom manufactured to meet specific size requirements. Customization allows us to produce Hastelloy bolts, nuts, washers, and other fasteners in non-standard sizes or unique dimensions. By partnering with reputable manufacturers or suppliers, customers can request custom manufacturing services.
Biggest hastelloy bolts manufacturer in India
Read more about surface finishing of Hastelloy nuts and Hastelloy washers testing requirements.
Which test should be performed before installing Hastelloy bolts?
- Before installing Hastelloy bolts, it is crucial to perform a visual inspection and dimensional check to ensure the bolts meet the required specifications.
- In addition, a hardness test can be conducted to verify the hardness level of the Hastelloy bolts, which affects their strength & resistance to deformation.
Hastelloy bolts
Hastelloy nuts
Hastelloy washers
What finishing options are available for Hastelloy hex bolts?
Common finishing options for Hastelloy hex bolts include passivation, which removes surface contaminants & improves the corrosion resistance of the bolts. Other finishing options include electroplatings, such as zinc or nickel plating, which provides an additional layer of protection against corrosion.
We are a supplier of Hastelloy threaded rod and Hastelloy nuts and bolts in more than 15 countries as per ASME/ DIN/ ISO standards.
Hastelloy fasteners specifications
Select your size from the online inventory of Hastelloy rivets and also see the high-temperature applications.
Types of Monel alloy fasteners
Hastelloy threaded rod
- Selecting Fasteners For Applications :
- Material to be connected
- Reusability
- Weight limitations
Hastelloy nuts and bolts
- Head :
- Hex, Square, Round
- Hex flange, Flat
- T-head & Triangular
Hastelloy rivets
- Test Methods :
- Rockwell
- Brinell
- Vickers
Hastelloy dowel pins
- Melt Origin :
- East Europe
- Korea & Japan
- India
Hastelloy hex bolts
- Sizes :
- M2 To M160
- Length : 3 mm to 200 mm
- 1/2″ To 2 Inch
Hastelloy alloy heavy hex bolt
- Testing Of Bolts :
- DIN EN ISO 898-1
- ASTM F606-1
- DIN EN ISO 3506-1
Find detailed information on Hastelloy dowel pins torque chart, and the chemical and mechanical properties of Hastelloy hex bolts.
Hastelloy bolt torque
Hastelloy hex head bolts equivalent
Hastelloy alloy shoulder bolts chemical composition
Hastelloy u-bolts mechanical properties
Top 6 common mistakes to avoid when buying Hastelloy nuts and bolts?
- Neglecting to specify the Hastelloy alloy grade required for the application, as different grades offer varying levels of corrosion resistance and mechanical properties.
- Failing to consider the compatibility of the Hastelloy nuts and bolts with other fasteners or components in the assembly.
- Overlooking the importance of accurate measurements and dimensions, which can lead to improper fits and compromised performance.
- Ignoring the need for proper certifications and compliance with industry standards to ensure the quality and reliability of the Hastelloy nuts and bolts.
- Not considering the environmental conditions and specific application requirements when selecting the appropriate coating or finishing options for the nuts and bolts.
- Choosing suppliers solely based on price, without considering their reputation, expertise, and ability to provide reliable and high-quality Hastelloy nuts and bolts.
Can Hastelloy nuts withstand high-temperature applications?
Yes, Hastelloy nuts are known for their excellent high-temperature strength and corrosion resistance.
Depending on the specific Hastelloy alloy grade, nuts made from Hastelloy can withstand elevated temperatures, making them suitable for applications in extreme heat environments.
What are the common manufacturing methods for Hastelloy threaded rod?
- Common manufacturing methods for Hastelloy threaded rod include hot forging, where the material is heated and shaped using mechanical force to create the threaded profile.
- Cold rolling is another method that involves passing the Hastelloy material through a series of dies to form the threaded shape without heating.