Eurotec Post Connector Screw - Steel Special Coated - TX40 - 8.0 x 40 mm r903056
Product variants
| Sku: | Name: | SKU manufacturer: | ||
|---|---|---|---|---|
|
T-365595 | Post Connector Screw - Steel Special Coated - TX40 - 10.0 x 40 mm | 975594 | |
|
T-365596 | Post Connector Screw - Special Coated Steel - TX40 - 10.0 x 50 mm | 975595 | |
|
T-365934 | Post Connector Screw - Special Coated Steel - TX40 - 8.0 x 50 mm | r903057 |

Product data
Product description
The self-drilling post connector screw with a disc head diameter of 22 mm is ideal for mounting sheet steel to wood. Other areas of application for this screw include the connection of moulded steel parts to wooden posts, such as post bases, post anchors, beam shoes, drive-in ground sleeves and screw-on sleeves in fence and pergola construction.
The galvanised post connector screw is not suitable for wood containing tannin, such as oak.
Advantages:
- No pre-drilling required thanks to special tip geometry
- Corrosion-resistant up to 1000 h salt spray test
- TX drive prevents the screw from hitting
- Resistant to mechanical stress
Additional information
Related results
Complete catalogs
The manufacturer is exclusively responsible for the content, price and article details of the products and offers presented in the catalogues. Subject to technical and optical changes by the manufacturer and errors excepted.
Matching catalog
Product suggestions
The self-drilling post connector screw with a disc head diameter of 22 mm is ideal for mounting sheet steel to wood. Other areas of application for this screw include the connection of moulded steel parts to wooden posts, such as post bases, post anchors, beam shoes, drive-in ground sleeves and screw-on sleeves in fence and pergola construction.
The galvanised post connector screw is not suitable for wood containing tannin, such as oak.
Advantages:
- No pre-drilling required thanks to special tip geometry
- Corrosion-resistant up to 1000 h salt spray test
- TX drive prevents the screw from hitting
- Resistant to mechanical stress