TiKORE Titanium Lug Bolts for Mercedes (Made in the USA)

New low price of $450 + $15 for shipping!
Please verify measurements and seat type of your bolt before purchase.
Measurements: M14 x 1.5, conical seat, 27MM thread length.
Measurements: M12 x 1.5, conical seat, 27MM thread length.
We will accommodate custom lengths due to spacers, please inquiry to provide details of your needs.
FYI - We are a new sponsor on MBWorld!! We are very excited.
Grade 5 6AL-4V Titanium (Tikore's preferred material):
Yield Strength: 128,000psi
Ultimate Tensile Strength: 138,000psi
Shear Strength: 79,800psi
Density: .160 lb/in^3
Additional note: Grade 5 Titanium will not rust.
As presented above, titanium bolts/nuts have a strength that is very comparable to grade 8 steel bolts/nuts that are used in high strength applications. Furthermore, based on the density figure above grade 5 titanium is 45% lighter than steel components.
Please feel free to contact me with any questions or visit our site www.TiKORE.com. Thanks!
Trending Topics
1) Cost of titanium (certified aerospace grade)
2) Cost of technology to machine titanium (precision manufacturing)
3) Rolling threads instead of cutting threads
4) Precision manufacturing cost money, but it is the right way to do things when your talking about the types of cars these are going on and the money normally spent on the wheels.
Thank you for the great question,
Joshua
The Best of Mercedes & AMG
These are beautiful compared to the stainless steel versions (titanium will not rust). You are also purchasing the "best". These are for people that want the absolute best (they are art).
Thanks
Joshua
http://en.wikipedia.org/wiki/Unsprung_mass
Last edited by badblackbenz550; Dec 21, 2010 at 01:43 PM.
- Stock lug bolts are ball seat not cone seat. So these should not be used with OEM wheels, or wheels that are compatible with OEM lug bolts.
- Yes these will reduce unsprung, rotational mass, however, lug bolt weight is concentrated close to the center of the wheel. This means there's less of an impact of reducing weight at this location versus farther away from the wheel. You can easily drop more weight than these bolts will save by choosing a lighter tire.
- Virtually ALL metals and alloys corrode (rust) over time. Yes Titanium alloys tend to be less prone to corrosion, and corrosion caused by dissimilar metals, but it's still possible.
- Most high quality steel lug bolts are made of cold forged metric grade 10.9 (similar to SAE grade 8) and have the following strength metrics:
Minimum Yield Strength: 130,000psi
Minimum Tensile Strength: 150,000psi
Shear Strength: approx 100,000psi
Honestly I don't think either bolt will fail, but the steel fastener will be stronger.
Last edited by e1000; Dec 21, 2010 at 09:11 PM.
- Stock lug bolts are ball seat not cone seat. So these should not be used with OEM wheels, or wheels that are compatible with OEM lug bolts.
- Yes these will reduce unsprung, rotational mass, however, lug bolt weight is concentrated close to the center of the wheel. This means there's less of an impact of reducing weight at this location versus farther away from the wheel. You can easily drop more weight than these bolts will save by choosing a lighter tire.
- Virtually ALL metals and alloys corrode (rust) over time. Yes Titanium alloys tend to be less prone to corrosion, and corrosion caused by dissimilar metals, but it's still possible.
- Most high quality steel lug bolts are made of cold forged metric grade 10.9 (similar to SAE grade 8) and have the following strength metrics:
Minimum Yield Strength: 130,000psi
Minimum Tensile Strength: 150,000psi
Shear Strength: approx 100,000psi
Honestly I don't think either bolt will fail, but the steel fastener will be stronger.
Correct, - Stock lug bolts are ball seat not cone seat. So these should not be used with OEM wheels, or wheels that are compatible with OEM lug bolts.
Never said these should be used with OEM. Please confirm which you will need. We can make either. Thanks










