

🛠️ Elevate your build with titanium-grade precision and strength!
The LTKJ 5pcs Titanium Grade 5 Rods measure 3mm in diameter and 25cm in length, offering exceptional corrosion resistance, high melting point of 1660°C, and lightweight durability. Engineered for aerospace, chemical, and shipbuilding industries, these rods also enhance 3D printing assemblies with superior strength and thermal stability.
| ASIN | B07MT9HSHT |
| Best Sellers Rank | #171,127 in Industrial & Scientific ( See Top 100 in Industrial & Scientific ) #9 in Titanium Rods |
| Brand | ZOTOYI |
| Brand Name | ZOTOYI |
| Color | Silver |
| Customer Reviews | 4.6 out of 5 stars 99 Reviews |
| Grade Rating | Grade 5 |
| Item Diameter | 3 Millimeters |
| Item Form | Rod |
| Item Shape | Round |
| Item Thickness | 0.12 Inches |
| Manufacturer | LTKJ LTD |
| Material | titanium_grade_5 |
| Shape | Round |
| Specification Met | True |
| UPC | 791280555662 |
| Unit Count | 1.00 Count |
M**C
3d printers friend
I have recently discovered making large prints in smaller sections and using these titanium rods as a press fit. You can also use aluminum. We are doing our own forms of testing on strength, but you might be surprised by how strong a couple of these rods can make plastic. They also work great when you want to print pieces that would print better in a different orientation, then flipped for assembly.
K**7
Ti rod
Nice price!
D**D
Exactly what they said it was... Solid rod
I'm only writing this review so that people will know that as of this date, at least the rods I ordered were all solid as advertised (contrary to what another reviewer said they received). I have been cutting these rods into 1-inch lengths, for a special electrolysis project, and so far all have been solid.
D**N
Nice Ti rods, slightly oversized for precision fit.
I used these for hinge-pins for a RC drift car’s suspension arms. I created 4 pieces 46mm in length and two pieces 27mm in length with a notch in the middle for a set screw. They are indeed solid, stiff and light. They are quite hard, and slightly difficult to machine with hand tools. To cut them i used my Dremel with a cutoff wheel, then changed to a sanding drum to flatten the ends. I used my dial-caliper to check length and chucked them into my drill with a wrap of masking tape. I spun them and took off a little material at a time until the correct length was achieved. The only reason they get a 4-star instead of 5 is that they are actually oversized a bit at about 3.04mm diameter. This required chucking them into the drill again and sanding them down - very time consuming. It was an interesting experience, and I am satisfied with the results. However, for my next build, I’ll probably just order stock steel hinge-pins.
C**O
It worked
It worked lol
G**G
Definitely titanium
Use it as anodizing rods for aluminum and is definitely acid and anodizing resistant
T**E
Titanium, sure, but not grade 5
Almost certain this isn't grade 5 as it did not anodize like grade 5 does. It is titanium, and it is solid (I cut it in half to check), but again, pretty sure it's grade 1 (it anodized the exact same as the grade 1 wire I was using, unlike the TC4 knives)
F**D
very soft
I dont know how these could be titanium they're so much easier to bend than a steel rod of the same size. it's like putty
Trustpilot
1 month ago
3 days ago