示意图应用难点
先明确设备问题和使用条件。
材料筛选前，请确认设备、基材、失效机理、运行环境和维护限制。
在明确的冬季工况下，通过表面材料降低户外电网设备的冰层附着。
Different icing events can produce different ice structure and adhesion.
Conductors, insulators, sensors and enclosures have different flexibility, erosion and electrical requirements.
Anti-icing performance must be distinguished from active de-icing or ice-removal systems.
为避免改变技术含义，尚无经审校译文的参数名称、项目事实和原始证据暂以英文源文本显示。
材料与应用路线
建议验证方法
在相同条件下比较处理样与对照样，并记录材料参数、施工工艺和设备表现。
Evaluate DSAN-S2001-DL (III) against the asset, substrate, icing event, application process and acceptance method.
| 参数 | 作用 | 数值 |
|---|---|---|
| Icing temperature and exposure method | Defines the laboratory or field-relevant icing event. | Project input required. |
| Ice-adhesion measurement | Compares treated and control surfaces using the same geometry and loading method. | Project input required. |
| Water contact and roll-off behaviour | Tracks surface wetting before and after environmental cycling. | Project input required. |
| Freeze-thaw durability | Checks retention of film condition and surface function after repeated cycles. | Project input required. |
| Mechanical or erosion requirement | Addresses airflow, particles, flexing or handling relevant to the equipment. | Project input required. |
典型设备与表面
- Outdoor insulators and bushings
- Transmission conductors and fittings
- Outdoor sensors
- Power-equipment housings and exposed surfaces
为避免改变技术含义，尚无经审校译文的参数名称、项目事实和原始证据暂以英文源文本显示。
需要确认的问题
项目启动前需要确认的问题
为避免改变技术含义，尚无经审校译文的参数名称、项目事实和原始证据暂以英文源文本显示。
Which icing event causes the operational problem?
Describe temperature, precipitation or spray, wind, exposure time, surface temperature and observed ice type.
What substrate and movement does the coating experience?
Identify the material, surface preparation, flexing, vibration, erosion and electrical constraints.
How will success be measured?
Define whether the decision uses ice adhesion, mass, coverage, shedding, retained hydrophobicity or another equipment-level criterion.
相关案例与应用参考
查看相近设备上的公开应用记录。
与我们沟通
与 DSAN NEW MATERIALS 讨论该材料。
在明确的冬季工况下，通过表面材料降低户外电网设备的冰层附着。