EJOT DELTA PT Screw K50x25

The EJOT DELTA PT Screw K50x25 is a high-performance thread-forming fastener engineered for secure, reliable fastening in thermoplastic materials. Designed with EJOT's advanced DELTA PT thread geometry, this screw minimizes radial stress while delivering exceptional holding strength, making it an excellent choice for demanding industrial, automotive, and equipment assembly applications. Its optimized 5.0 mm diameter and 25 mm length provide a dependable fastening solution where durability and long-term performance are essential.

Features

• Advanced DELTA PT thread design for reliable thread-forming in plastics

• K50 x 25 mm size for secure fastening in a variety of assemblies

• Reduces radial stress to help protect plastic components from cracking or distortion

• High tensile and torsional strength for demanding applications

• Excellent vibration resistance for long-lasting, secure joints

• Optimized thread geometry provides strong clamp load with reduced insertion depth

• Suitable for reinforced and standard thermoplastic materials

• Designed for consistent performance in high-volume production and service applications

Applications

The EJOT DELTA PT Screw K50x25 is ideal for:

• Plastic component assembly

• Automotive plastic housings and interior components

• Motorcycle, powersports, and equipment plastics

• Industrial machinery and enclosures

• Electrical and electronic plastic assemblies

• OEM manufacturing and repair applications

• General-purpose fastening into thermoplastic materials

Why You'll Love It

When fastening directly into plastic, choosing the right screw makes all the difference. The EJOT DELTA PT Screw K50x25 is designed to create strong, reliable threads while minimizing stress on surrounding material. This results in improved joint durability, excellent resistance to vibration, and dependable long-term performance. Whether you're assembling new equipment or replacing an existing fastener, this screw delivers the strength and consistency professionals expect.