https://www.cstitanium.com/products/threaded-titanium-rod.html
Threaded titanium rods are also called titanium threaded bars, which are made by thread rolling or machining titanium rods directly.
Threaded titanium rods are also called titanium threaded bars, which are made by thread rolling or machining titanium rods directly. Threaded titanium rods have the characteristics of low density, high specific strength, good corrosion resistance, low thermal conductivity, non-toxic and non magnetic properties. Titanium threaded bars and rods are widely used in various industries such as electroplating, electrolysis, chemical engineering, medical equipment, aquaculture, electronic hardware, plastics, etc. If you want to customize titanium threaded bar or want to know the threaded titanium rod price, please do not hesitate to contact the CS titanium alloy bar supplier.
Threaded Titanium Rod/Bar Specifications
Material gr1 gr2 gr5 gr7 gr12 gr23 TC11 TB5 TB9
Size M3 M5 M8 M10 M16 M20. etc
Length <1000mm
Standard DIN JIS ANSI ISO
Custom Threaded Titanium Rods and Bars
CS Titanium specializes in the production of custom threaded titanium rods & bars, providing solutions for unique joining issues that off-the-shelf products cannot address.
Our team collaborates with clients to develop custom titanium threaded studs tailored to their specific requirements.
During the design phase, we consider several factors including performance, fitment, longevity, and safety to ensure the product meets the client's needs.
Once the design is agreed upon, the manufacturing process begins.
We utilize innovative technology, experienced machinists, and expert engineering to produce high-performance threaded rods.
Our efficient manufacturing process allows us to turn around custom threaded titanium rods quickly, ensuring our clients receive their products in a timely manner.
At CS Titanium, we take pride in our ability to solve any joining issue, no matter the operating conditions or performance requirements, with our custom threaded titanium rods.
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