HTS-2505尼龙单通六角隔离柱 [ 订购链接：Nxlon.com ]

尼龙单通六角隔离柱结构

尼龙单通六角隔离柱通常由六角柱头部和外牙螺纹部分组成。六角柱头部方便使用工具进行拧紧或松开操作，外牙螺纹则用于与其他带有内螺纹的部件进行连接固定。

尼龙单通六角隔离特点

绝缘性能优良：能有效防止电流传导，避免电子元件之间发生短路，确保电子设备的安全稳定运行，广泛应用于对绝缘要求高的电路中。

材质轻便：尼龙材质相对金属材质重量较轻，有助于减轻电子设备整体重量，在一些对重量有要求的便携式设备中具有优势。

耐腐蚀性强：具有良好的耐酸、耐碱和耐化学腐蚀性，能在不同环境条件下保持稳定性能，延长使用寿命。

抗震缓冲：尼龙的弹性和韧性使其在设备受到震动或冲击时，能起到缓冲作用，保护电子元件和电路板免受损坏。

成本较低：相较于一些金属或特殊材料的隔离柱，尼龙单通六角隔离柱的生产成本较低，有利于降低产品整体成本。

尼龙单通六角隔离柱规格参数

螺纹规格：常见的有M2、M2.5、M3、M4、M5等，用于匹配相应直径和螺距的螺丝或螺孔。

六角柱高度：一般在5-50mm之间，不同高度适用于不同的空间需求和安装位置。

外牙螺纹长度：通常在6-40mm范围内，长度的选择取决于与其他部件连接的紧固程度和稳定性要求。

尼龙单通六角隔离柱应用领域

电子设备制造：如电脑、手机、平板电脑、数码相机等内部电路板的固定和隔离，确保各电子元件之间的电气绝缘和空间布局合理。

通信设备：在路由器、交换机、基站等通信设备中，用于固定和隔离电路板及电子元件，保证设备的正常运行和信号传输。

家电产品：如电视机、冰箱、洗衣机、空调等家电内部的电路板安装和固定，防止短路和干扰，提高家电的可靠性和稳定性。

汽车电子：汽车的仪表盘、导航系统、音响系统等电子设备中，尼龙单通六角隔离柱可用于固定和隔离电路板，适应汽车行驶过程中的震动和复杂环境。

Structure of Nylon Single-pass Hexagonal Spacer Pillar

The nylon single-pass hexagonal spacer pillar is usually composed of a hexagonal column head and an external threaded part. The hexagonal column head facilitates the tightening or loosening operation with tools, and the external thread is used for connecting and fixing with other components with internal threads.

Features of Nylon Single-pass Hexagonal Spacer Pillar

Excellent Insulation Performance: It can effectively prevent the conduction of electric current, avoid short circuits between electronic components, ensure the safe and stable operation of electronic devices, and is widely used in circuits with high insulation requirements.

Lightweight Material: The nylon material is relatively lighter in weight compared with metal materials, which helps to reduce the overall weight of electronic devices and has an advantage in some portable devices with weight requirements.

Strong Corrosion Resistance: It has good resistance to acids, alkalis and chemical corrosion, can maintain stable performance under different environmental conditions, and prolong the service life.

Seismic and Buffering: The elasticity and toughness of nylon enable it to play a buffering role when the device is subjected to vibration or impact, protecting the electronic components and the circuit board from damage.

Low Cost: Compared with some spacer pillars made of metal or special materials, the production cost of the nylon single-pass hexagonal spacer pillar is relatively low, which is beneficial to reducing the overall cost of products.

Specification Parameters of Nylon Single-pass Hexagonal Spacer Pillar

Thread Specification: Common ones include M2, M2.5, M3, M4, M5, etc., which are used to match screws or screw holes with corresponding diameters and pitches.

Height of Hexagonal Column: Generally, it is between 5-50mm. Different heights are suitable for different space requirements and installation positions.

Length of External Thread: Usually, it is within the range of 6-40mm. The selection of the length depends on the tightening degree and stability requirements of the connection with other components.

Application Fields of Nylon Single-pass Hexagonal Spacer Pillar

Electronic Equipment Manufacturing: For example, it is used for the fixation and isolation of the internal circuit boards of computers, mobile phones, tablets, digital cameras, etc., to ensure the electrical insulation and reasonable spatial layout between various electronic components.

Communication Equipment: In communication equipment such as routers, switches, base stations, etc., it is used to fix and isolate the circuit boards and electronic components to ensure the normal operation of the equipment and signal transmission.

Home Appliances: For the installation and fixation of the internal circuit boards of home appliances such as televisions, refrigerators, washing machines, air conditioners, etc., it can prevent short circuits and interference and improve the reliability and stability of home appliances.

Automotive Electronics: In the electronic devices such as the dashboard, navigation system, audio system of automobiles, the nylon single-pass hexagonal spacer pillar can be used to fix and isolate the circuit boards to adapt to the vibration and complex environment during the driving process of the automobile.