.

Titanium carbide guide wheels for industrial transmission

Hard alloy titanium carbide guide wheels exhibit excellent thermal shock resistance. When subjected to rapid temperature changes—from room temperature to 300°C and back—these guide wheels remain crack-free, making them well suited for batch production environments. They are available in a wide range of dimensions, with diameters from 50 mm to 500 mm and widths from 10 mm to 100 mm, enabling compatibility with various stretching and rolling equipment. In optical fiber and cable manufacturing, they provide precise guidance for optical fibers, maintaining signal attenuation below 0.2 dB/km and ensuring high-quality communication performance. Compared to ceramic guide wheels, hard alloy titanium carbide guide wheels offer superior toughness, reducing the risk of fracture due to minor impacts and thereby decreasing replacement frequency. Their service life is approximately two to three times longer than that of ceramic counterparts. In steel cord production, a single set of these guide wheels can process over 1,000 tons of cord, whereas ceramic guide wheels typically last only 300 to 500 tons. The favorable cost-performance ratio has facilitated widespread adoption in the tire industry, contributing to enhanced tire wear resistance and safety.


Send product request

To: Zhuzhou Hastion High-Tech Materials Co.,Ltd.
Your E-mail:
Message text:


Send to other suppliers

Other supplier products

Long-term cooperation offers more favorable prices for titanium carbide powder
Long-term cooperation offers more favorable prices for titanium carbide powder The particle morphology of this powder is controllable and can be made into spherical, quasi-spherical or irregular shapes to meet the requirements...
Low-oxygen chromium carbide powder
Low-oxygen chromium carbide powder This chromium carbide powder is black in color, with a particle size range of 5–25 μm, a purity exceeding 99%, and exceptionally low impur...
Wear-resistant coating chromium carbide powder
Wear-resistant coating chromium carbide powder Chromium carbide powder is often irregular grayish-black particles with a particle size of 10-40μm, a purity of ≥98%, and a free carbon conte...
Titanium carbide round rods with improved processing accuracy to the micrometer level
Titanium carbide round rods with improved processing accuracy to the micrometer level The anti-adhesion performance of titanium carbide round rods made from cemented carbide is exceptional. These rods are particularly effective in ma...
Ultrafine-grained chromium carbide powder
Ultrafine-grained chromium carbide powder This powder has good chemical stability. At room temperature, it does not react with water or dilute acids, but dissolves slowly in concentrated ni...
All supplier products

Same products

3D printing spherical titanium carbide powder
3D printing spherical titanium carbide powder Seller: Zhuzhou Hastion High-Tech Materials Co.,Ltd. This batch of titanium carbide powder (TiC) has a purity of over 99.5%, with a particle size cont...
Titanium carbide hard alloy drive wheel - Specialized
Titanium carbide hard alloy drive wheel - Specialized Seller: Zhuzhou Hastion High-Tech Materials Co.,Ltd. The titanium carbide (TiC) guide wheel is fabricated via high-temperature powder metallurgy sinte...
Industrial guide wheels, titanium carbide wear-resistant alloy
Industrial guide wheels, titanium carbide wear-resistant alloy Seller: Zhuzhou Hastion High-Tech Materials Co.,Ltd. This carbonized titanium (TiC) guide wheel is formed by high-temperature sintering of 99.5% pure ...
Unfinished bar stock - heat treatable
Unfinished bar stock - heat treatable Seller: Zhuzhou Hastion High-Tech Materials Co.,Ltd. This high-purity titanium carbonitride (TiCN) round bar is fabricated via hot-pressing and sinter...
Steel-based titanium carbide hard alloy round bar
Steel-based titanium carbide hard alloy round bar Seller: Zhuzhou Hastion High-Tech Materials Co.,Ltd. This carbonitride round bar (TiC) is formed by hot-pressing and sintering 99.5% high-purity carbo...