Order no.
: 820002
Blind rivets, flat head, 4.8x11.5 for holder
Price on demand
Specifications
Material
Galvanised steel
Weight
0.08 kg
Transport dimensions
70 x 50 x 20 mm, 0.084 kg
Business division
MUNK Rettungstechnik
Article no.
820002
Information
- Blind rivets made of steel
- Suitable for holder on scaling ladder section DIN EN 1147 and ÖNORM F4047
- Design: Flat head 4.8 x 11.5 mm
- 1 set = 20 pcs.
- Corporate certification: ISO 9001
- Corporate certification: EN 1090
- Corporate certification: EcoVadis
- RoHS
- REACH
- The MUNK Group complies with a Code of Conduct
- The Supply Chain Act does not apply due to our size
- The materials used are listed in the technical specification
- Resource-saving production: own photovoltaic systems
- Energy-efficient consumption during production: LED lighting
- Repairability, durability and quality: 15-year warranty on series products made in Germany
- Recyclability: Our products are mostly made of aluminium, steel or wood and can be fed directly into the recycling process.
- Socially acceptable working conditions in production: fair wages, gender equality
- Economical and recyclable packaging: no use of polystyrene, predominantly use of wood and cardboard, small amounts of plastic
- No health hazards for the users
Comparison table
| Product name | Blind rivets, flat head, 4.8x11.5 for holder Steel | Blind rivets, flat head, 4.8x9 for scaling ladder lock Aluminium/steel |
|---|---|---|
| Material | Galvanised steel | Galvanised steel |
| Weight | 0.08 kg | 0.05 kg |
| Transport dimensions | 70 x 50 x 20 mm, 0.084 kg | 70 x 50 x 20 mm, 0.052 kg |
| Business division | MUNK Rettungstechnik | MUNK Rettungstechnik |
| Article no. | 820002 | 820003 |
Technical changes and price changes reserved. Dimensions and weights are approximate values. Liability for errors and mistakes excluded. Illustrations similar, some illustrations show special equipment. Preview images are representative of a product family and may therefore differ visually from the actual product you are looking for, e.g. in terms of number of steps or material.
