DIN 137 A / PN 82038 – Flexible Arched Washers
Arc-shaped flexible washers are crucial components in a variety of construction and industrial applications. Their exceptional functionality makes them indispensable in assembly and fastening processes. Compliant with DIN 137 A and PN 82038 standards, our washers are made of A2 or A4 steel. A zinc-plated (ZN) coating significantly increases corrosion resistance and extends their service life.
Key benefits: Flexible arched washers
- They provide effective mechanical shock absorption, which minimizes the risk of damage to fastening elements.
- High resistance to chemicals and corrosion thanks to zinc coating.
- Easy installation, which translates into time savings during construction work.
- Universal use in various industries, from automotive to construction.
- Resistance to extreme weather conditions, which increases their functionality outdoors.
Specification
| Standards | DIN 137 A, PN 82038 |
|---|---|
| Material | steel |
| Class | A2 / A4 |
| Coating | Galvanic zinc [ZN] |
Application and compatibility
Flexible arch washers are ideal for all types of fastening applications in building structures, as well as industries requiring reliable solutions that fit tightly into prefabricated systems. They are widely used in construction, automotive, and other industries. Thanks to their variety of materials and grades, they can be used in applications with varying technical requirements.
FAQ – Frequently Asked Questions
What are the applications of DIN 137 A curved flexible washers?
These washers are primarily used in assembly processes, offering excellent cushioning and protection against damage.
What makes the flexible arched washers in Eurobolt's offer unique?
They are distinguished by high-quality materials, corrosion resistance and compliance with DIN 137 A and PN 82038 standards, which confirms their reliability in difficult conditions.
What are the advantages of mounting using flexible arched washers?
The main advantage is their ability to disperse loads and ensure the stability of connections, which in turn increases the safety of the structure.
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