







Cross flange screws are an innovative type of fastener, designed with a unique structural advantage. Here’s a comprehensive overview of their features and capabilities:
1, Structural Characteristics
1. Head Design:
Cross Groove Head: Engineered with a cross groove, the screw head allows for seamless installation and removal with a Phillips screwdriver, significantly boosting work efficiency and convenience.
• Flange Face: A flange face or flange plate under the screw head expands the contact area with the connected part, providing enhanced fastening effects and superior sealing performance.
2. Screw Part:
The screw, a cylindrical body with external threads, pairs with a nut to create a robust and secure connection between two components.
2, Classification and Specifications
1. Head Type:
Cross flange screws offer a variety of head types, such as flat head and concave head, to cater to diverse installation requirements.
2. Surface Treatment:
Depending on the environment, cross flange screws undergo surface treatments like white plating, mi, color yellow, or Dacromet coating, enhancing rust resistance and visual appeal.
3. Specifications and Dimensions:
With varied specifications, including multiple diameters, lengths, and thread specifications, cross flange screws accommodate an array of application needs.
3, Application Scenarios
Cross flange screws are integral in scenarios demanding high-strength connections and excellent sealing, like the following:
1. Mechanical Manufacturing: Essential for connecting components such as pipelines and flanges, ensuring optimal sealing and structural integrity.
2. Construction Engineering: Vital for securing steel structures and pipe supports, these screws provide unmatched reliability and support.
3. Automotive Manufacturing: Crucial for linking key components like engines and transmissions, ensuring vehicles operate smoothly.
4, Installation Precautions
1. Ensure Cleanliness: Before installation, make sure the surfaces of both screws and connected parts are clean, free of oil stains and impurities, to maximize fastening effectiveness.
2. Use Appropriate Tools: Employ a suitable Phillips screwdriver during installation to prevent damage to the screw head.
3. Control Tightening Force: Properly control the tightening force to avoid breaking screws or deforming connected parts from overtightening or compromising fastening and sealing from undertightening.
4. Regular Inspection: Routinely inspect the fastening status of screws to maintain safety and reliability.
In conclusion, cross flange screws have become indispensable in the industrial sector, thanks to their distinctive structural design and exceptional fastening abilities. Selecting and using these screws correctly is paramount to ensuring the safety and reliability of engineering endeavors.