Wilko Strap: Bondbeam Truss Straps in Townsville
Cyclone-tested truss straps designed for strong, reliable roof tie-down connections.
Local Expertise
Free Consultations & Estimates
Delivered to Your Site
Family-Owned and Managed
Simple and Effective
Secure your roof structure with hardware engineered for strength and reliability. Wilko Plate manufactures high-performance truss traps designed to create strong roof tie-down connections for masonry block homes. Based in Townsville, we support builders across North Queensland with practical products built for demanding construction conditions.
Our Wilko Strap Bondbeam Truss Strap helps deliver a secure connection between the roof truss and bond beam while maintaining the integrity of your structure. Designed for efficiency on site, our truss traps provide reliable performance where strength and durability matter most:
- Cyclone-tested performance to support strong roof tie-down systems in cyclone-prone regions.
- Australian-patented design developed specifically for masonry block construction.
- Faster installation that helps your team save time while maintaining structural strength.
Local manufacturing and practical engineering ensure every strap performs reliably in real construction environments. Builders across Townsville rely on Wilko Plate for dependable truss traps and professional support. Call Wilko Plate on (07) 4725 5444 to discuss your next project. You can enquire about our Wilko Plate (Bondbeam Blockout Plate) products here.
Frequently Asked Questions
How are truss straps installed during construction?
Truss straps are positioned during the masonry and framing stages of construction. The strap is embedded into the bond beam and wrapped or secured around the roof truss. Nails or fasteners fix the strap to the timber truss, creating a secure connection that transfers wind uplift loads safely.
How do truss straps improve roof tie-down systems?
Truss straps create a strong mechanical connection between the roof and wall structure. This connection forms part of a continuous load path that transfers wind forces safely through the building frame. By strengthening this connection point, truss straps help reduce the risk of roof movement or structural damage.
What factors influence how many truss straps are required?
The number of truss straps required depends on building design, roof size, wind load ratings and engineering specifications. Factors such as roof type, truss spacing and location also influence tie-down requirements. Engineers calculate the required connections to ensure the roof structure can safely resist uplift forces.
Get a Free Estimate!
Thank you for contacting Wilko Plate (Aust) Pty Ltd.
We will get back to you as soon as possible.
Oops, there was an error sending your message.
Please try again later.
Wilko Strap Features
Strong roof tie-down hardware plays a critical role in protecting masonry block homes in cyclone-prone regions. Designed for reliability and practical installation, these truss traps support builders with durable performance and efficient handling on site:
1. Simple Handling: The strap design allows builders to handle and position the hardware quickly, helping maintain efficiency during construction.
2. No Threading Required: Installers can fit the strap around the bondbeam bar without threading it from the end, simplifying the installation process on site.
3. Tested Cyclone Performance: Physical testing conducted at the James Cook University Cyclone Testing Station confirms reliable performance under demanding wind conditions.
4. Galvabond Steel Construction: The use of Galvabond steel provides durability and corrosion resistance for long-term structural reliability.
5. Specified Nail Compatibility: Installation uses Max FAP32 V5 GKN nails to achieve strong, consistent connections during roof tie-down installation.
Together, these features help ensure truss traps provide dependable strength, efficient installation and reliable performance in demanding construction environments. Learn more about how these engineered solutions support strong roof tie-down systems in modern masonry construction.






