圣戈班高新材料（上海）有限公司 Saint-Gobain Performance Polymer Solutions (Shanghai) Co., Ltd 展位号：A029 展出产品：NORGLIDE®自润滑轴承、NORGLIDE®制动器摩擦垫片、RENCOL®精密定位圈、RENCOL®精密定位圈等
圣戈班高新材料隶属于世界五百强企业圣戈班集团，由三大业务组成：工程部件、生命科学和复合材料，旨在设计和生产高性能聚合物工程产品，以满足苛刻应用环境，主要生产和销售：自润滑衬套和精密定位圈、密封件产品和聚合物、流体传输软管和氟塑料产品、泡绵与胶带等。 凭借高性能的产品和服务，圣戈班高新材料不断为商用航天、汽车、电子半导体、新能源、工业、生命科学、建筑、食品饮料等领域提供创新型解决方案。 Saint-Gobain Performance Polymer Solutions designs and manufactures high-performance polymer products, serving virtually every major industry across the globe. Saint-Gobain Performance Polymer Solutions businesses support these key industries in bringing advanced technology polymer products and using them in the demanding applications. Backed by a proud heritage of product innovation, technological expertise and market leadership Saint-Gobain Performance Polymer Solutions is dedicated to working with its customers to solve today's application issues and the challenges that lie ahead.
NORGLIDE®自润滑轴承：适用于各种机械臂的旋转关节及连杆传动节点，支持小过盈配合设计，有效消除游隙，提供低摩擦、低磨损的自润滑解决方案。
Norglide® self-lubricated bearings Used for various arm rotations and linkage drive pivots, it supports small interference fit design, eliminates backlash, and provides a low-friction, low-wear self-lubricating solution.
NORGLIDE®制动器摩擦垫片：专用于关节模组制动器，具备可靠阻尼特性与极低磨损率，可减少断电或急停对电机的冲击，并防止磨屑干扰传感器工作。
Norglide® brake friction washer Used in joint module brakes to provide reliable damping and minimal wear, reducing the impact on the motor during power outages or sudden stops, and preventing wear debris from affecting the sensors.
SPRINGLIDE®蓄能衬套：采用弹簧钢与自润滑PTFE复合结构，通过肋部开槽、指状弹簧、波纹等特殊形状设计，有效消除结构间隙、吸收系统公差，优化组件空间与成本。
Springlide® bearings Combined spring steel and self-lubricating PTFE in a design that utilizes special shapes such as rib slots, finger springs, and wave designs to eliminate structural clearances, absorb system tolerances, and optimize component space and cost.
伺服电机齿轮过载保护：为电机齿轮提供机械式过载保护，当发生过载时，即使在电子元器件失效时也能瞬时响应，简化系统设计，节省安装空间与总体成本，最低保护力矩可达0.1Nm。
Servo Motor Gear Overload Protection Provides overload protection for motor gears. Even if electronic components fail, the overload protection will respond immediately upon overload occurrence. It simplifies system design, saves overall space and cost, and allows for protection torque as low as 0.1 Nm. |
