Light Weight Custom Titanium Machining M10 Titanium Nuts Impact Resistance

For precision titanium machining, MH Precision Manufacturing is the factory you can turn to with confidence.

Our precision screw machining capabilities allow us to provide custom titanium parts to the tightest tolerances. Advance Products’ custom precision screw machining capabilities include CNC machining, screw machining, turning, milling, tapping and broaching.

Using your product blueprints and working with your staff, our experienced staff will select the most effective manufacturing method by evaluating your application, part specifications and production volume.

In addition to our custom precision parts, we offer complete inventory management services, including release schedules, Just In Time (JIT) delivery, blanket orders and stocking services to ensure inventory for peak production periods and production spikes.

Product description:

In the automotive industry, uses are being developed for titanium in the automotive/motorcycle after markets and racing market.

Engine parts such as connecting rods, wrist pins, valves, valve retainers and springs, rocker arms and camshafts, to name a few, lend themselves to fabrication from titanium, because it is durable, strong, lightweight and resists heat and corrosion. While titanium initially may be more expensive for these applications, designs that exploit its unique characteristics yield parts that more than pay for themselves with better performance and a longer life.

Below attached some we made just for reference.

Cutting Socket Custom Titanium parts:

Motorcycle M10 Custom Titanium Nuts:

RC Goblin Titanium Parts:

Motorcycle Quick release parts:

Why Use Titanium?

The fourth most abundant metallic element in the earth’s crust, titanium exhibits a number of beneficial characteristics that make it the material of choice for countless applications, including those in the aerospace, chemical processing, medical, and marine industries.

Titanium is exceptionally strong and light weight—it is roughly 60 percent more dense than aluminum, but more than twice as strong, with ultimate tensile strength as good or better than most steel alloys.

The material offers excellent ductility, is non-magnetic, and, thanks to its low thermal conductivity, is well-suited to high temperature applications. Titanium’s high fatigue limit provides long working life, even in challenging applications and environments.

Corrosion Resistance:
Naturally occurring atmospheric passivation gives titanium components excellent corrosion resistance; the material can withstand extended exposure to dilute sulfuric and hydrochloric acids, chloride solutions, and most organic acids.