Sintered grade titanium carbide powder
The purity of 3D printing-specific titanium carbide powder is over 99.7%, with a particle size of 15-53μm. It features high sphericity and excellent fluidity (Hall flow rate ≤15s/50g), and a bulk density of ≥3.2g/cm³, fully meeting the requirements of additive manufacturing processes. The product features high hardness, high-temperature resistance, and wear resistance. The printed formed parts have a dense structure and excellent mechanical properties, and can be directly used in the manufacturing of high-end products such as aerospace components, precision mechanical parts, and medical devices. The production process adopts strict quality control to ensure the stability of powder batches, and vacuum packaging prevents oxidation and moisture. We support both small-batch sample production and large-batch supply. We can customize particle size distribution according to the customer's printing equipment and process requirements, and provide professional technical guidance to help customers achieve efficient production.
在线联系供应商
Other supplier products
| Free Cutting Sample Titanium Carbide Round Bar | Titanium carbide alloy round bar is a high-performance material made of titanium carbide (TiC) as a base, by adding metal or ceramic reinforcing ... | |
| Silicon wafer cutting carbide guide wheel | The working temperature range of tungsten carbide guide wheels is wide, with stable performance in environments ranging from -100°C to 600°... | |
| Titanium carbide alloy rods for efficient processing materials | Compared with traditional high-speed steel bars, the cutting speed of carbide titanium round bars can be increased by 3-5 times, significantly redu... | |
| Titanium carbide rods in stock can be cut as needed | Compared with traditional high-speed steel bars, the cutting speed achievable with titanium carbide hard alloy round bars can be increased by 3 to ... | |
| Ultrafine Chromium Carbide Powder | The powder has high hardness, with a microhardness of up to 2200HV. The wear-resistant coatings prepared from it can achieve a hardness of over H... |

















