Next-Gen building: breakthrough connectors for timber, concrete and steel

Author: Rothoblaas

Date published

8 July 2024

Price
Free
The Institution of Structural Engineers The Institution of Structural Engineers
Back to Previous

Next-Gen building: breakthrough connectors for timber, concrete and steel

Tag
Author
Date published
Price
Blog
Author

Rothoblaas

Date published

8 July 2024

Author

Rothoblaas

Price

Free

Can timber take centre stage in modern construction alongside concrete and steel? Explore how hybrid construction techniques are revolutionising building practices with Rothoblaas' breakthrough connectors. Discover more about these innovations and their applications by reading the full article.

Hybrid construction—the integration of various materials and techniques—has significantly expanded timber's role, allowing it to be used as a primary material even in large-scale structures traditionally dominated by concrete and steel. The benefits of this hybrid approach include enhanced construction speed and sustainability.
 
To make these hybrid solutions more accessible, standardised and certified connectors are essential. These connectors must accommodate the different tolerances of construction systems like timber and concrete. The new Rothoblaas catalogue addresses these needs across various levels of hybrid construction.

Raised Installation

Every timber building starts with a concrete foundation, protecting the timber from water and moisture. Elevating the timber on a concrete kerb enhances this protection. However, this method can slow installation due to the differing tolerances of timber (measured in millimetres) and concrete (measured in centimetres). Rothoblaas offers solutions such as the TITAN DIVE , which fastens timber directly into concrete casting, and the UP LIFT, which allows timber installation before the kerb is cast.

Prefabrication

Indoor prefabrication under controlled conditions offers significant advantages in quality and efficiency. On-site, these prefabricated elements can be quickly positioned and fastened. This method also facilitates disassembly, making it easier to recycle materials or modify structures during renovations or extensions. To support prefabrication and disassembly, Rothoblaas introduces the RADIAL and RING connectors, designed for structural panels and both beams and panels, respectively.

Post-and-Beam Structures

The glulam Post-and-Beam technique enables the construction of large-scale structures with extensive spans, a feat previously achievable only with concrete. The new ALUMEGA connectors, certified for very high strengths, complement Rothoblaas’ range of connectors for these structures.

Post-and-Slab Structures

Gaining popularity as an alternative to the Post-and-Beam system, the Post-and-Slab method now includes solutions capable of handling unprecedented loads for timber. The TC FUSION system exemplifies hybrid construction by rigidly connecting two glulam panels through concrete casting, enhancing the system initiated with SPIDER and PILLAR post connectors.

Timber Frame Structures

Light-frame structures are increasingly significant in modern construction. The new Rothoblaas catalogue expands on these structures with new fastening systems and products designed to optimize performance. The WOODY connector, Rothoblaas’ first timber connector with a dovetail shape, facilitates prefabrication with tolerances unachievable by metal plate systems. The WKR DOUBLE angle bracket, suitable for both Timber Frame walls and CLT, is another notable addition.

To dive deeper into these innovative solutions and explore the full range of products and applications, read the complete article on Rothoblaas blog.

KEEP READING


 

Tags

Blog

Related Resources & Events

Course
A foundation construction site

Ground investigation and outline foundation design - November 2026

This half-day in-person course provides guidance to early-career structural engineers to develop a better understanding of geotechnical engineering and use that knowledge to enhance and promote sustainable design.

Date – 18 November 2026
Location – 47-58 Bastwick St, London, EC1V 3PS and online
Price – £225 - £345 + VAT
Conference
Photorealistic architectural rendering of a modern, multi-story building with curved white balconies and abundant greenery on each level, set within a landscaped park area. Background features faint

Sustainable Structures of the Future: Innovation and Impact

Co-organised by the Institution of Structural Engineers and the Structural Engineering Institute (SEI) of the American Society of Civil Engineers (ASCE).

Date – 5 November 2026
Location – Institution of Structural Engineers London HQ and online
Price – £25 - £325 + VAT
Course
A tall buildings with trees in the background

Net-zero structural design - November 2026

This popular course offers a series of interactive sessions, supported by individual study. It is designed to empower participants with the skills and knowledge needed to design structures that achieve net-zero emissions.

Date – 5 November 2026
Location – Online
Price – £515 - £765 + VAT
Course
<h4>Timber workshop: design through worked examples - October 2026</h4>

Timber workshop: design through worked examples - October 2026

This one-day, online advanced practical workshop teachs complex timber engineering through worked examples. It encourages problem-solving through teaching tools and group discussion.

Date – 20 October 2026
Location – Online
Price – £315 - £465 + VAT
Course
Amesbury School detail, wooden structure

Eurocode 5: the essentials of timber design - October 2026

This one-day, online course offers an introduction to timber design to Eurocode 5.

Date – 19 October 2026
Location – Online
Price – £315 - £465 + VAT
Conference
people sitting at a table at IStructE HQ library

Annual academics conference 2026

An interactive conference connecting engineering educators and industry to explore and shape the future of engineering education.

Date – 11 September 2026
Location – 47-58 Bastwick St, London, EC1V 3PS & Online
Price – Free
Conference
Rooftop view of London in heat

Climate emergency conference 2026

Influence in practice: delivering sustainable, resilient and collaborative outcomes.

Date – 7 July 2026
Location – Online
Price – Free
Training
A large empty space surrounded by meeting rooms. The space has a curved wooden ceiling with hexagonal cut outs.

The Structural Futures forum

This on-demand forum will address the trends, technologies and challenges shaping the future of structural engineering practice.

Date – 2 June 2026
Author – Various
Price – Free
Blog
A graph showing Relationship between project stage, assessment accuracy and the ability to influence embodied carbon during design development.

Low carbon starts at concept stage

In this blog, Craig McFadyen FIStructE, and Jack Brunton MIStructE share their views on how early involvement in concept design lets structural engineers shape form, strategy and material use to cut embodied carbon from the very start.

Date – 1 June 2026
Author – Craig McFadyen, Jack Brunton
Price – Free
Report
Front cover Climate emergency task group end of year report 2025/26

Climate Emergency Task Group: End of year report 2025-6

The Climate Emergency Task Group help the profession to tackle climate breakdown. Their 2025-6 report reviews the group’s activities through the year.

Date – 19 May 2026
Author – IStructE
The Structural Engineer
View of Newnham College Boathouse in Cambridge in the sunshine and featuring badge on the front of the building

Local, sustainable, reusable – a new boathouse for Newnham College, Cambridge

This article describes the project for a new boathouse for Newnham College in Cambridge, which uses locally grown green timber and woven willow in its construction.

Date – 1 May 2026
Author – Mark Jacobs and Kate Shipley-Dyke
Price – £9.95
The Structural Engineer
Render of hypothetical six-storey demonstrator building in white and grey with empty street in foreground

Designing to net-zero targets: is our best good enough?

Meeting the embodied carbon targets of the UK Net Zero Carbon Buildings Standard will require both efficient and sustainable designs and innovations in material science and production techniques. Ben Gholam explores what can be achieved today when designing multistorey residential buildings and what might help to bridge the gap in future years.

Date – 1 May 2026
Author – Ben Gholam
Price – £0
The Structural Engineer
Three graphics showing grain or lamination discontinuities in timber

Technical Guidance Note (Level 2, No. 27): Analysis modelling for mass timber structures (part 2)

This note discusses analysis modelling considerations specific to mass timber structures. Part 2 looks at element properties and types, hybrid/composite structures and connections, as well as presenting a short example.

Date – 1 May 2026
Author – The Institution of Structural Engineers
Price – £9.95
Blog
Hands lifting a small model of the earth on a green background

Engineering a future that stands the test of time by Professor Brian Uy

Institution President Brian Uy FIStructE, reminds us of the responsibility structural engineers have in shaping the built environment to support a sustainable and resilient tomorrow.

Date – 22 April 2026
Author – Brian Uy FIStructE
The Structural Engineer
Graph showing IPCC curve for global carbon reduction target with Embodied carbon in percentage on y-axis and year on x-axis

Route maps to UK net zero: construction materials governance, at a glance

Pete Gates, Arthur Coates, Eva Gaal and Kaloyana Kostova – all members of the IStructE Structural Futures Committee – examine the carbon-reduction route maps of the UK steel, concrete and timber industries, considering the role structural engineers can play to reduce an apparent gap between the net-zero target and the speed of decarbonisation actually envisaged.

Date – 1 April 2026
Author – Pete Gates, Arthur Coates, Eva Gaal and Kaloyana Kostova
Price – £0