Ultimate titanium round bar weight chart in kg, mm, pdf – download now

 

Titanium round bars weight chart in kg, mm, pdf specifications are crucial for industrial procurement across aerospace, marine, and medical sectors. This comprehensive guide delivers accurate weight calculations for various diameters and titanium grades used in modern manufacturing applications.

Diameter (mm)	Length (m)	Weight Grade 2 (kg)	Weight Grade 5 (kg)	Weight Grade 9 (kg)	Surface Area (m²)
3	1	0.032	0.031	0.030	0.009
4	1	0.057	0.056	0.054	0.013
5	1	0.088	0.087	0.084	0.016
6	1	0.127	0.125	0.121	0.019
8	1	0.226	0.222	0.215	0.025
10	1	0.354	0.348	0.337	0.031
12	1	0.510	0.501	0.485	0.038
14	1	0.693	0.681	0.660	0.044
16	1	0.906	0.890	0.862	0.050
18	1	1.146	1.126	1.091	0.057
20	1	1.415	1.390	1.347	0.063
22	1	1.713	1.683	1.631	0.069
25	1	2.211	2.173	2.105	0.079
28	1	2.775	2.726	2.641	0.088
30	1	3.184	3.128	3.031	0.094
32	1	3.623	3.560	3.449	0.101
35	1	4.334	4.259	4.128	0.110
38	1	5.105	5.016	4.861	0.119
40	1	5.661	5.565	5.392	0.126
45	1	7.170	7.044	6.825	0.141
50	1	8.845	8.693	8.423	0.157
55	1	10.688	10.502	10.175	0.173
60	1	12.743	12.522	12.133	0.188
65	1	14.955	14.695	14.239	0.204
70	1	17.334	17.032	16.507	0.220
75	1	19.918	19.570	18.969	0.236
80	1	22.655	22.266	21.578	0.251
85	1	25.561	25.121	24.343	0.267
90	1	28.636	28.137	27.260	0.283
95	1	31.881	31.313	30.334	0.298
100	1	35.399	34.790	33.716	0.314
110	1	42.833	42.088	40.782	0.346
120	1	50.929	50.048	48.506	0.377
130	1	59.761	58.714	56.898	0.408
140	1	69.331	68.125	66.016	0.440
150	1	79.639	78.282	75.860	0.471

B2B Market Dynamics for Titanium Round Bars

The b2b market for titanium products continues expanding rapidly, driven by increasing demand from emerging technologies and sustainable manufacturing practices. Companies utilizing pipex.ai for procurement automation report significant efficiency improvements in sourcing titanium components.

Key Market Trends Influencing Procurement

Growing Aerospace Demand

Modern aircraft manufacturers increasingly specify titanium round bars for structural components, landing gear, and engine parts. The weight-to-strength advantage directly translates to fuel efficiency improvements.

Medical Device Innovation

Biomedical applications require precise weight specifications for implantable devices and surgical instruments. Titanium's biocompatibility makes it indispensable for orthopedic applications.

Calculating Custom Weights Using Standard Formulas

Weight calculation formula: Weight = π × (Diameter/2)² × Length × Density

For practical applications:

• Convert diameter from mm to meters
• Use appropriate density values
• Account for manufacturing tolerances

Digital Documentation and PDF Resources

Modern procurement teams increasingly rely on digital weight charts and specification sheets. Converting traditional charts to PDF format ensures universal accessibility and maintains formatting consistency across different platforms.

Advanced procurement platforms like pipex.ai streamline the ordering process by integrating weight calculations directly into quotation systems, reducing manual errors and improving accuracy.

Implementation Best Practices

Inventory Management

Maintaining accurate weight records supports:

• Warehouse capacity planning
• Crane and lifting equipment selection
• Safety protocol development

Cost Optimization

Precise weight calculations enable better freight negotiations and storage cost management, particularly important for high-value titanium materials.

Conclusion

Understanding titanium round bars weight specifications remains crucial for successful project execution across multiple industries. This comprehensive weight chart provides essential reference data for procurement professionals, engineers, and project managers working with titanium components. Leveraging accurate weight calculations ensures optimal material utilization, cost control, and operational efficiency in today's competitive manufacturing environment.