







Cross flange screws are a highly specialized type of fastener, designed with a unique structure for superior performance. Below is a comprehensive overview of these remarkable components:
1. Structural Characteristics
1. Head Design:
Cross Groove Head: Featuring a head designed with a cross groove, these screws provide the ultimate ease of installation and removal using a cross screwdriver, significantly enhancing work efficiency.
• Flange Face: The innovative flange face beneath the screw head increases the contact area with the connected part, ensuring a superior fastening effect and outstanding sealing performance.
2. Screw Part:
A screw, with its cylindrical body and precise external threads, is expertly crafted to engage with a nut, achieving a secure and tight connection between two components.
2. Classification and Specifications
1. Head Type:
Cross flange screws come in an array of head types, most notably flat head and concave head, to cater to diverse installation needs with precision.
2. Surface Treatment:
To adapt to various environmental conditions, the surface of cross flange screws can be treated with advanced methods like white plating, mi, color yellow, or Dacromet for enhanced corrosion resistance and aesthetic appeal.
3. Specifications and Dimensions:
Available in a wide range of specifications and sizes, cross flange screws offer various diameters, lengths, and thread configurations to suit any application requirement.
3. Application Scenarios
Cross flange screws excel in numerous high-demand situations requiring robust connections and optimal sealing, such as:
1. Mechanical Manufacturing: Ideal for connecting components like pipelines and flanges, ensuring exceptional sealing and strength.
2. Construction Engineering: Perfect for securing steel structures and pipe supports, delivering unwavering reliability and support.
3. Automotive Manufacturing: Essential for connecting vital components like engines and transmissions, guaranteeing flawless vehicle operation.
4. Installation Precautions
1. Ensure Cleanliness: Prior to installation, ensure that the surfaces of screws and connected parts are meticulously clean and free from oil and impurities to maintain optimal fastening results.
2. Use Appropriate Tools: Employ a suitable Phillips screwdriver during installation to preserve the integrity of the screw head.
3. Control Tightening Force: Carefully manage the tightening force to prevent over-tightening, which can lead to screw breakage or part deformation, or under-tightening, which may compromise fastening effectiveness and sealing.
4. Regular Inspection: Conduct routine checks on the fastening status of screws to ensure continued safety and reliability.
In conclusion, cross flange screws are a staple in the industrial sector, celebrated for their innovative design and unmatched fastening performance. Careful selection and proper use of these screws are paramount in safeguarding the safety and stability of engineering endeavors.