Butterfly nut EWN.70 B-M10-C5 Z017315
Catalog numbers:
- EWN.70 B-M10-C5
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Butterfly nut EWN.70 B-M10-C5 Z017315
Wing nuts – quick assembly and ergonomics
The EWN.70 B-M10-C5 wing nut is a component from the family of standard machine parts, designed for convenient and quick assembly. It is characterized by an ergonomic wing shape that facilitates tightening and loosening by hand, even in tight spaces. This is an ideal solution for both professionals working daily with installations and end-users who value simplicity and functionality.
Wing nuts made of technopolymer, such as the EWN.70 model, are valued for their lightweight and corrosion resistance. This material also provides good electrical insulation, which may be important in some applications. The nut's design allows for quick and tool-free fastening of elements, which translates to time savings during assembly and disassembly.
Applications and benefits:
- Furniture assembly: ideal for connections requiring frequent disassembly, e.g. in office or laboratory furniture.
- Industrial equipment: used in the construction of machines and equipment where quick access to fastened elements is required.
- Home applications: used in structures requiring easy assembly and disassembly, e.g. in garden structures or decorative elements.
- Work ergonomics: the shape of the wings provides a comfortable grip and minimizes effort during tightening or loosening the nut.
- Corrosion resistance: the technopolymer material provides long-term protection against external factors.
- Quick assembly: no need for tools speeds up the assembly and disassembly process.
- Versatility: can be used in various industries and in home applications.
The EWN.70 B-M10-C5 wing nut is a solid and reliable connecting element that, thanks to its design and material, ensures comfortable use and connection durability. It is a product of ELESA+GANTER, a renowned manufacturer of standard machine parts, guaranteeing high quality and precision of execution.

