Butterfly nut EWN.48 SST-P-M6x30-C3 Z038460

Wing nuts – quick assembly and ergonomics

The EWN.48 SST-P-M6x30-C3 wing nut is a component from the family of standard machine parts, designed with convenience and speed of assembly in mind. Made of technopolymer, it combines strength and lightness, which translates into ease of operation. This is particularly important in applications where frequent disassembly and reassembly are required.

Wing nuts of this type find wide application in various industries – from the production of machines and equipment, through furniture making, to steel structures. Their design allows for quick tightening and loosening by hand, without the need for tools. This saves time and increases work efficiency both on the production line and during equipment servicing.

Construction and materials

The EWN.48 SST-P-M6x30-C3 nut is characterized by a solid construction, ensuring a stable connection. The technopolymer used is resistant to many chemical substances and variable weather conditions, guaranteeing long-term reliability even in harsh working environments. This material is also valued for its insulating properties, which may be important in some electrical or electronic applications. In addition, the use of technopolymer reduces the risk of damage to the surfaces of connected elements compared to traditional metal nuts.

Applications and benefits

• Quick assembly: Allows tool-free tightening and loosening, reducing the time required for assembly and disassembly.
• Ergonomics: The convenient shape of the wings provides a secure grip and minimizes effort during operation.
• Versatility: Suitable for use in various industries – from mechanical engineering to furniture making.
• Resistance: Technopolymer provides resistance to corrosion and many chemical substances.
• Insulation: The insulating properties of the material can be useful in some electrical or electronic applications.
• Surface protection: Reduces the risk of damage to the surfaces of connected elements due to the softness of the material.