 +86-0769-87561578

 Aaron: +86-18129983931

 Max: +86-18922922459

 sz@szxintegu.com

Products

Industry Solutions

Success Cases

Technology & Services

Resourses

About

Contact



WHAT ARE YOU LOOKING FOR? 

EN 









szxintegu.com



Straight Knurled Pin

Name: Straight Knurled Pin
Brand: Shenzhen Xintegu Hardware Co.,Ltd.

The Straight Knurled Pin is engineered for applications requiring secure fastening and easy installation in environments where precision is key. Featuring a straight, cylindrical body with a knurled surface, this pin provides enhanced grip within assembled components, ensuring a tight, vibration-resistant fit. The knurling increases the surface area, improving retention and resistance to rotational forces, which is critical in high-vibration environments such as automotive and aerospace assemblies. Made from high-strength materials, the Straight Knurled Pin is designed to withstand significant mechanical stress, providing a reliable solution for maintaining component alignment and integrity in complex assemblies.

Get a Quote 

Straight Knurled Pin Advantages

Straight knurled pins offer distinct advantages in applications requiring secure alignment and resistance to movement or rotation. The knurled surface, characterized by its textured pattern, enhances friction between the pin and the surrounding material, ensuring a tight grip and preventing the pin from slipping or rotating within the hole. This feature is particularly valuable in precision engineering, machinery, and automotive applications where stability and accuracy are critical.

Additionally, the straight design of knurled pins allows for straightforward insertion and alignment, simplifying the assembly process. Their robust grip and secure fit make them ideal for maintaining the integrity of mechanical connections and reducing the likelihood of loosening over time. This results in improved durability and reliability of the assembled components, making straight knurled pins a reliable choice for high-performance and high-stress applications.