







The Cross Flange Self-Tapping Screw is an innovative fastener that seamlessly blends effortless installation, exceptional high-strength stability, and remarkable versatility. Its standout features and typical application scenarios can be elaborated as follows:
1. Distinctive Structural Characteristics
1. Ingenious Head Design
Cross Groove Drive: Crafted with a standard cross groove, this head design is perfectly compatible with universal screwdrivers or power tools, ensuring ease of use and providing robust anti-slip benefits.
Flange Structure: The distinct flange beneath the head significantly enlarges the contact area, dispersing pressure to prevent deformation or tearing of thin materials, while enhancing anti-loosening efficacy.
2. Innovative Thread Design
Self-Tapping Thread: Boasting a sharp tip and a pronounced thread angle, it effortlessly penetrates lightweight materials like wood, plastic, and thin steel plates without pre-drilling, streamlining the installation process.
High-Strength Material: Constructed from robust carbon steel (grades 4.8, 8.8) or stainless steel (such as 304, 316), with surface treatments (galvanized, nickel-plated, Dacromet), enhancing corrosion resistance for outdoor or humid conditions.
2. Core Advantages
1. Efficient and Seamless Installation
One-Step Process: Eliminate the need for drilling, tapping, or locking procedures. Simply screw it in to secure, substantially reducing labor and time expenses.
Exceptional Versatility: Compatible with an array of tools (manual or electric screwdrivers), adept for diverse working environments.
2. Superior Stability
Flange Anti-Loosening: The flange adheres securely to the material surface, creating extensive frictional resistance to effectively counteract loosening from vibrations or external forces.
Self-Tapping Thread Locking: Once embedded, the threading establishes a mechanical bite, amplifying connection strength significantly.
3. Remarkable Adaptability
Material Compatibility: Ideally suited for lightweight materials like wood, plastic, thin steel plates (up to 3mm thick), and aluminum alloys, addressing various sectors' needs such as construction, furniture, and electronics.
Environmental Adaptability: Galvanized or stainless steel construction resists oxidation and corrosion, prolonging service life.
3. Typical Application Scenarios
1. Furniture Manufacturing
Securely fixes components like boards, drawer slides, and hinges, effectively preventing traditional screw-induced cracking issues.
2. Architectural Decoration
Installations of ceiling keels, partition boards, and skirting, ensuring the flange plate remains plane-stable to prevent deformation due to uneven stress.
3. Electronic Devices
Firmly fix circuit boards, enclosures, and heat sinks, safeguarding against vibrational poor contact.
4. Automotive Maintenance
Provides temporary fixation for plastic parts like bumpers and interior panels or offers a quick repair option for metal sheets, assisted by thin plates.