This Phillips pan head washer face machine screw is an integrated machine fastener with an integrated washer. Made of stainless steel, it features a pan head (round head) with an integrated flange washer and a Phillips drive slot, with standard metric/imperial machine threads on the shank. No additional flat washer is required, and it can be directly used with nuts. After installation, the flange washer increases the stress area and disperses pressure. It is widely used in electronic equipment, communication chassis, home appliances, sheet metal assembly, furniture hardware and other scenarios, and is a general-purpose high-reliability fastener in industrial equipment and civilian hardware.

Key Features

• Integrated Washer Face Design, No Additional Washers Needed:Built-in integrated flange washer, replacing the traditional "screw + flat washer" combination, reducing assembly parts, improving installation efficiency, and avoiding the problem of missing or loose washers.
• Increased Stress Area, Protect Workpieces:The flange washer greatly expands the pressure-bearing area, disperses the bolt preload, effectively prevents the workpiece from being crushed and deformed, especially suitable for the connection of thin plates and soft materials.
• Phillips Drive Slot, Easy Installation & Anti-Slip:Compatible with standard Phillips screwdrivers/bits, with uniform force and no slippage, easy to install and disassemble, suitable for mass assembly and on-site construction.
• Machine Thread, Strong Versatility:The shank has standard machine threads, which can directly match nuts of corresponding specifications. The threads engage tightly, with firm fixation and not easy to loosen, suitable for various industrial and civilian scenarios.

Customization

We offer comprehensive customization services to meet specific customer requirements, including different sizes, materials, and precision levels. Our professional technical team oversees the entire customization process to ensure the final product meets your exact specifications and performance expectations.