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The new energy manufacturing integrates the bearing requirements of traditional heavy industry, the cleaning and anti-static requirements of the semiconductor industry, and the efficiency and accuracy requirements of automobile manufacturing, posing a unique and comprehensive challenge to polyurethane wheels.
The new energy manufacturing integrates the bearing requirements of traditional heavy industry, the cleaning and anti-static requirements of the semiconductor industry, and the efficiency and accuracy requirements of automobile manufacturing, posing a unique and comprehensive challenge to polyurethane wheels.
The new energy manufacturing integrates the bearing requirements of traditional heavy industry, the cleaning and anti-static requirements of the semiconductor industry, and the efficiency and accuracy requirements of automobile manufacturing, posing a unique and comprehensive challenge to polyurethane wheels.
| Application scenarios | Core requirements | Solution |
|---|---|---|
| Lithium battery plant – AMR/AGV | Anti static, ultra-low dust, stable and reliable. | • for handling polar coils, cells and battery modules. • antistatic/conductive polyurethane wheels must be used, and the resistance is usually between 10^6-10^9 Ω. • the wheel material shall be light colored polyurethane with low dust generation. |
| Lithium battery factory – polar roll carrier | High load-bearing, anti-static and ground protection. | • the weight of polar coil can reach several tons, which requires high load-bearing polyurethane rubber covered wheels. • it must also have anti-static function and wide wheel surface to reduce the pressure on the ground. |
| Photovoltaic plant – silicon wafer/battery wafer basket car | Ultra clean, anti-static, no metal pollution. | • transport between wafer diffusion, etching, PECVD and other processes. • the wheels shall meet the semiconductor grade cleanliness standard: silicon free, low metal ions, low volatility. • white or light colored all polyurethane wheels are usually used. |
| PV Plant – glass substrate and module handling | High load bearing, protective glass, stable. | • photovoltaic glass and finished components are large in area and fragile, so the wheels are required to run extremely smoothly to avoid cracks caused by bumps. • polyurethane wheels with wide surface and high elasticity are required to provide cushioning. |
| Wind energy manufacturing – blade mold handling | Ultra high bearing capacity and impact resistance. | • the fan blade mold is huge and heavy, which belongs to super heavy load condition. • heavy duty solid polyurethane wheels of similar mining grade or coretech shall be selected ® Technology wheels to ensure safety. |
| General – production line material cart | Flexible, low noise and ground protection. | • for parts distribution in the workshop, flexible casters and quiet, traceless polyurethane wheels are required. |
Different industries and application conditions have different requirements for polyurethane wheels. Our engineers will provide one-stop and comprehensive industrial solutions for customers’ situations.
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Yalide Technology focuses on providing customers with one-stop system solutions for roller/shaft/wheel products.
Address: No. 106, Shajingtou Lane 1, Matigang, Dalingshan Town, Dongguan City, Guangdong Province
Telephone: +86-13790238062
Email: tomdong@cjcmotor.com
whatsApp: +86-13790238062
