品牌定位： DAOLER® —— 专注于高摩擦防松解决方案的专家。

核心技术：
采用镍镀钢作为基材，并通过专利技术将微米级金刚石颗粒部分嵌入其中，形成兼具极高摩擦系数与卓越耐久性的摩擦表面。

核心特点：

1. 极致摩擦系数：表面嵌入的金刚石颗粒是自然界中摩擦系数最高的物质之一，能提供远超普通涂层的防松脱和抗滑动能力。

2. 坚固耐用：镍镀钢基材提供了优异的机械强度和刚性，确保垫片在高压下不变形。金刚石颗粒的嵌入结构避免了涂层脱落问题，寿命更长。

3. 超薄轻量：垫片厚度极薄，几乎不增加连接点的体积和重量，是实现精密设备轻量化设计的理想选择。

4. 轻度耐腐蚀：镍镀层为钢基体提供了有效的保护，能够应对一般工作环境中的潮湿和腐蚀。

5. 稳定可靠：金属基材确保了摩擦系数在不同温度和压力下保持稳定，性能不受蠕变或老化影响。

典型应用领域：

• 风能发电：风机主轴、齿轮箱、叶片调节机构等关键部位的高强度防松。

• 汽车制造：发动机悬置、底盘连接、刹车系统、传动系统等对安全要求极高的振动部位。

• 工业机器人：机器人关节、谐波减速器输出端、直线导轨等需要高精度、零背隙的紧固场景。

• 航空航天：对重量和可靠性有极致要求的飞行器控制系统、发动机部件、星载设备等。

• 精密仪器：光学平台、医疗设备、半导体制造设备等需要超强防微动能力的场合。

客户价值：

• 提升产品可靠性：从根本上解决振动环境下的紧固件松动问题。

• 简化设计：可替代部分复杂的锁紧机构，降低设计和制造成本。

• 维护简便：可重复使用（在一定次数内），便于设备现场维护与调试。

合作模式：
我们支持按客户需求定制（如特定尺寸、形状、摩擦系数要求），并可申请样品试用，以便您在实际应用中验证其卓越性能。热线电话：+86  18866577333

Brand Positioning: DAOLER® – The Expert in High-Friction Anti-Loosening Solutions.

Core Technology:
Utilizes a nickel-plated steel substrate and embeds micron-sized diamond particles via proprietary technology, creating a friction surface that combines an extremely high coefficient of friction with exceptional durability.

Key Features:

• Extreme Coefficient of Friction: The embedded diamond particles, among the materials with the highest natural coefficient of friction, provide far superior anti-loosening and anti-slip capability compared to ordinary coatings.

• Robust and Durable: The nickel-plated steel substrate offers excellent mechanical strength and rigidity, ensuring the washer does not deform under high pressure. The embedded structure of the diamond particles prevents coating delamination, resulting in a longer service life.

• Ultra-Thin and Lightweight: The washers are exceptionally thin, adding minimal volume and weight to the connection point, making them ideal for the lightweight design of precision equipment.

• Mild Corrosion Resistance: The nickel plating provides effective protection for the steel base, suitable for resisting moisture and corrosion in general working environments.

• Stable and Reliable: The metal substrate ensures a stable coefficient of friction under varying temperatures and pressures, with performance unaffected by creep or aging.

Typical Application Areas:

• Wind Power Generation: High-strength anti-loosening for critical areas like main shafts, gearboxes, and blade adjustment mechanisms.

• Automotive Manufacturing: Vibration-prone locations with high safety requirements, such as engine mounts, chassis connections, brake systems, and transmission systems.

• Industrial Robotics: Fastening scenarios demanding high precision and zero backlash, like robot joints, harmonic reducer outputs, and linear guides.

• Aerospace: Applications with extreme demands for weight and reliability, such as flight control systems, engine components, and satellite-borne equipment.

• Precision Instruments: Occasions requiring superior anti-micromotion capability, like optical platforms, medical devices, and semiconductor manufacturing equipment.

Customer Value:

• Enhances Product Reliability: Fundamentally resolves fastener loosening issues in vibrational environments.

• Simplifies Design: Can replace some complex locking mechanisms, reducing design and manufacturing costs.

• Eases Maintenance: Reusable (within a certain number of cycles), facilitating on-site equipment maintenance and debugging.

Cooperation Model:
We support customization according to client needs (e.g., specific dimensions, shapes, coefficient of friction requirements) and offer sample applications for testing, allowing you to verify its exceptional performance in practical applications.