The Unifix Coach Screws Hexagon Head DIN 571 BZP CE - M10 x 180 are designed for secure fastening ...The Unifix Coach Screws Hexagon Head DIN 571 BZP CE - M10 x 180 are designed for secure fastening in wood applications. These screws provide excellent grip and durability, making them ideal for various construction projects. They feature a high-quality BZP finish for corrosion resistance and a hexagon head design for easy installation. Perfect for wood applications and structural use, these screws adhere to DIN 571 standards for reliable performance. The length is 180mm for versatile use.
The Unifix Coach Screws Hexagon Head DIN 571 BZP CE - M10 x 180 are designed for robust and secure fastening in various wood applications. These M10 x 180mm screws offer excellent grip and durability, making them ideal for construction projects, structural use, and DIY tasks where strong connections are essential. Their key benefit lies in their reliable performance and corrosion resistance due to the BZP finish, though they are specifically intended for wood applications and may not be suitable for metal or masonry without appropriate anchors.
All features
Model Part Number
DIN 571 BZP CE - M10 x 180
Brand
Unifix
Extended Product Information
FAQs
What material are these coach screws made of?
These coach screws are typically made of steel with a Bright Zinc Plated (BZP) finish for corrosion resistance.
What is the primary application for these screws?
They are primarily designed for secure fastening in wood applications, such as construction, framing, and structural timber joints.
Do I need a special tool to install them?
Yes, the hexagon head requires a socket wrench or spanner for proper installation and tightening.
Can I use these screws for metal or concrete?
No, these screws are specifically designed for wood. Using them in metal or concrete will not provide a secure or reliable fastening.
What does DIN 571 refer to?
DIN 571 is a German standard that specifies the dimensions and requirements for hexagon head coach screws, ensuring a certain level of quality and interchangeability.
How does the BZP finish help?
The Bright Zinc Plated (BZP) finish provides a protective layer that enhances the screw's resistance to corrosion and rust in normal conditions.
What is the difference between a coach screw and a lag screw?
Coach screws and lag screws are often used interchangeably. Both are heavy-duty wood screws with a hexagon head designed for high torque applications in timber. DIN 571 is a specific standard for these types of screws.
Troubleshooting
Screw will not drive into wood
Ensure a pilot hole is drilled. Check if the pilot hole is too large or too small. For hardwoods, a slightly larger pilot hole might be needed. Verify you are using the correct driving tool for the hexagon head.
Wood is splitting around the screw
Drill a pilot hole that is appropriately sized for the screw's shank. Reduce the driving torque. Ensure the screw is not being driven too close to the edge of the wood.
Screw head feels like it's stripping
Ensure the socket or wrench is fully seated on the hexagon head. Use a high-quality tool. If stripping occurs, cease driving and consider alternative removal methods.
Rust appears on the screw
The BZP finish offers moderate corrosion resistance. For environments with high humidity or salt exposure, consider using stainless steel screws or applying an anti-corrosion sealant.
Pros and Cons
Pros
Provides strong and secure fastening in wood.
BZP finish offers good corrosion resistance.
Hexagon head allows for high torque application.
Meets DIN 571 standards for reliability.
Durable construction for long-lasting use.
Cons
Primarily designed for wood; not suitable for metal or masonry without specific preparation.
Requires a wrench or socket for installation.
BZP finish may not be sufficient for extremely harsh or coastal environments.
Setup, Compatibility & Care
Setup:
Pilot Hole: For best results and to prevent wood splitting, especially in hardwood, drill a pilot hole slightly smaller than the screw's core diameter.
Driving: Use an appropriate-sized socket wrench or spanner to turn the hexagon head and drive the screw into the pre-drilled hole or directly into the wood.
Tightening: Tighten until the screw is firmly seated and the connection is secure, but avoid over-tightening, which could strip the wood.
Compatibility:
Material: Primarily designed for use in various types of wood.
Tools: Requires a metric socket or wrench set (e.g., 17mm for M10 head).
Care:
Cleaning: Wipe clean with a dry or slightly damp cloth if dust or debris accumulates.
Protection: While BZP provides corrosion resistance, avoid prolonged exposure to highly corrosive environments. Consider additional protective coatings if necessary for extreme conditions.