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Systems
DBeam™ Composite Flooring System
Engineered composite flooring for faster, stronger and more efficient construction.
DBeam® is a composite flooring system that integrates asymmetric steel beams with complementary floor construction systems, including Hollow-Core Concrete Flooring Systems (HCCFS), Cross-Laminated Timber Flooring Systems (CLTFS), and Enviro Deck™ (TDCFS).
The system is designed to achieve a slimmer floor profile while supporting efficient construction programmes and reducing site labour requirements. Its application across a wide range of building types and construction methods provides flexibility for projects where floor depth, construction speed, and overall structural efficiency are important considerations.
DBeam® has been proven on more than 300 global projects, spanning buildings from 4 to 40+ storeys, demonstrating its application across mid- and high-rise construction.
Key Benefits
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Faster programme — supports more efficient construction programmes.
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Slimmer floor profile — helps reduce overall floor depth.
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Less site labour — reduces labour requirements associated with floor construction.
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Lower embodied carbon — supports lower-carbon construction objectives.
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Multiple floor integrations — compatible with HCCFS, CLTFS, and Enviro Deck™ configurations.
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Proven globally — applied across 300+ projects from 4 to 40+ storeys.
Applications
DBeam® is suited to mid- and high-rise building projects, particularly where a shallow floor profile, efficient construction programme, reduced site labour, and lower embodied carbon are important project objectives.
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Applications
LSBS International™ provides light steel building systems for:
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Residential
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Commercial
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Education
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Healthcare
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Industrial
LSBS International™ Light Steel Building Systems
Prefabricated lightweight steel building systems for faster, efficient, and flexible construction.
LSBS International™ is a specialist lightweight steel framing company within the same ownership group as SGBS. Based in Melbourne, LSBS delivers prefabricated light steel building systems for a broad range of building applications.
The systems are designed for residential, commercial, education, healthcare, and industrial projects, providing lightweight prefabricated framing solutions that can support efficient construction and project delivery.
LSBS International™ focuses on the benefits of prefabricated light steel construction, including reduced structural weight, faster construction, recyclability, and non-combustibility.
Key Benefits
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50% faster construction — supports faster project delivery.
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4× lighter than brick and mortar — significantly reduces construction weight.
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100% recyclable steel — supports material recovery and recycling.
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Non-combustible — steel framing provides a non-combustible structural solution.
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Prefabricated construction — components are manufactured for efficient project installation.
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Lightweight framing — provides an alternative to heavier conventional construction methods.
Melbourne Operations
LSBS International™ operates from its Melbourne office and warehouse, supporting its prefabricated light steel building systems and project delivery.
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Green Steel™ — EnviroBeam · EnviroPlate · EnviroCoil
High-performance structural steel solutions engineered to support efficient, durable, and environmentally responsible construction.
Green Steel™ combines structural engineering with environmentally responsible material solutions to provide high-performance steel systems for modern construction. The approach focuses on delivering structural performance while supporting sustainable construction objectives and long-term building efficiency.
Designed for projects where structural reliability and environmental considerations need to work together, Green Steel™ provides engineered steel solutions that can be incorporated into a wide range of commercial, industrial, and structural applications.
The system is positioned around responsible material selection, structural efficiency, and long-term performance, helping project teams achieve dependable structural solutions without overlooking sustainability requirements.
Applications
Green Steel™ is suited to commercial, industrial, infrastructure, and other structural construction projects requiring engineered steel products with documented certification, environmental credentials, and responsible sourcing considerations.
The Green Steel™ Range
EnviroBeam
Welded structural steel products including:
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Welded beams
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Columns
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Castellated beams
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Cell-form beams
EnviroBeam provides structural steel sections for a range of building and structural applications.
EnviroPlate
Hot-rolled structural plate available in grades 250–400.
EnviroPlate is manufactured as structural plate for construction applications and is specified to the applicable Australian/New Zealand standards identified by the client.
EnviroCoil
Plate produced from coil, providing another structural steel product format within the Green Steel™ range.
Key Benefits
Certifications & Standards
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Certified structural steel ACRS certification supports recognised quality requirements.
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EPD verified provides environmental product information.
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Responsible Steel™ accredited supports responsible steel sourcing objectives.
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Multiple product formats EnviroBeam, EnviroPlate, and EnviroCoil.
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Australian construction focus products developed for Australian construction requirements.
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Recognised standards products reference applicable AS/NZS standards.
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ACRS certified
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EPD verified
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ISO 9001
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ISO 14001
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ISO 18001
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AS/NZS 3678:2016
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AS/NZS 1594:2002
Enviro Deck™ Permanent Truss Deck
A prefabricated permanent truss deck system engineered for efficient, self-supporting floor construction.
Enviro Deck™ is a prefabricated permanent truss deck system consisting of steel lattice trusses welded to galvanised profiled decking. The system is manufactured off-site to specific span lengths, allowing the deck components to arrive on site prepared for installation.
The system is designed to be self-supporting on site, eliminating the requirement for propping and temporary formwork during construction. This helps simplify the construction sequence while supporting faster and more efficient floor installation.
With 16 product models and slab thicknesses ranging from 125 mm to 200 mm, Enviro Deck™ provides a range of configurations to suit different project requirements.
Key Benefits
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No propping — self-supporting on site.
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No temporary formwork — eliminates conventional temporary formwork requirements.
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Off-site prefabrication — components are manufactured to specific span lengths.
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16 configurations — 16 product models provide configuration flexibility.
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125–200 mm slab thicknesses — supports a range of floor construction requirements.
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AS/NZS compliant — developed for compliance with applicable Australian/New Zealand requirements.
System Construction
Steel lattice trusses + galvanised profiled decking → permanent deck → concrete slab
The prefabricated components are manufactured off-site and delivered according to the required span, enabling the system to be installed directly on site without conventional propping or temporary formwork.
Applications
Enviro Deck™ is suited to projects requiring efficient permanent floor formwork, simplified site installation, and reduced temporary works, particularly where construction speed and site productivity are priorities.
TEB Steel™ Integrated Structural Steel Solutions
Integrated steel solutions engineered for industrial, commercial, and infrastructure projects.
TEB Steel™ delivers comprehensive structural steel solutions that combine engineering expertise, precision fabrication, and reliable project execution. The system supports a broad range of project requirements, from pre-engineered buildings and structural steel frameworks to custom steel components and complex infrastructure applications.
Designed to support efficient construction and dependable long-term performance, TEB Steel™ provides an integrated approach that connects design, fabrication, manufacturing, and installation. This helps project teams streamline coordination while maintaining structural quality and project efficiency.
With capabilities across engineering, fabrication, and project delivery, TEB Steel™ can support projects ranging from industrial facilities and manufacturing plants to warehouses, logistics centres, commercial buildings, and infrastructure developments.
Applications
TEB Steel™ is suited to projects requiring engineered structural steel solutions, including industrial facilities, manufacturing plants, warehouses, logistics centres, commercial buildings, transportation facilities, and infrastructure developments.
Key Benefits
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Integrated delivery — engineering, fabrication, and project execution within one coordinated solution.
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Precision fabrication — advanced manufacturing processes support accuracy and consistent quality.
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Flexible applications — suitable for industrial, commercial, and infrastructure projects.
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Custom steel solutions — engineered components can be developed around specific project requirements.
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Efficient construction — prefabricated steel systems support faster and more streamlined site installation.
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Reliable project delivery — solutions are developed to support quality, safety, and schedule requirements.
TEB Steel™ Solution Range
Engineering & Design
Structural engineering and design services developed to support efficient fabrication, coordination, and project delivery. Solutions can include structural drawings, technical engineering, and detailed project development.
Structural Steel Systems
Engineered structural steel systems designed for commercial, industrial, and infrastructure applications, including multi-storey structures, industrial frameworks, and specialised steel assemblies.
Custom Steel Components
Custom-engineered steel sections and fabricated components developed to meet specific structural, architectural, and project requirements.
Installation & Project Delivery
Coordinated support from fabrication through to site installation, helping ensure structural components are delivered and assembled efficiently.
Fabrication & Manufacturing
Precision steel fabrication supported by modern manufacturing capabilities, including welding, CNC cutting, and production processes developed to deliver consistent quality.
Seismic Isolation™ Structural Protection System
Advanced structural protection engineered to reduce seismic forces and support resilient building performance.
Seismic Isolation™ is an advanced structural protection approach designed to reduce the transfer of earthquake-generated forces and vibrations into a building structure. By introducing specialised isolation systems between the structure and its foundation, the system helps improve structural resilience and reduce building movement during seismic events.
The system is engineered to separate and manage the movement between the ground and the structure above. This helps reduce the seismic demands experienced by key structural components while supporting improved protection for occupants, building systems, and critical assets.
Seismic Isolation™ can be incorporated into a range of building types where structural resilience, reduced damage potential, and continued operational performance are important design considerations.
Applications
Seismic Isolation™ is suited to projects where earthquake resilience and structural protection are important design priorities. Applications may include commercial buildings, healthcare facilities, educational buildings, residential developments, critical infrastructure, and other structures requiring enhanced seismic performance.
Key Benefits
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Certified structural steel ACRS certification supports recognised quality requirements.
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EPD verified provides environmental product information.
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Responsible Steel™ accredited supports responsible steel sourcing objectives.
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Multiple product formats EnviroBeam, EnviroPlate, and EnviroCoil.
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Australian construction focus products developed for Australian construction requirements.
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Recognised standards products reference applicable AS/NZS standards.
Structural Base Isolation System for Advanced Seismic Control
Our expertise includes the design and implementation of technologies such as Base isolation, energy-dissipation devices, tuned systems, and other innovative control strategies. These systems are designed in strict accordance with global best-practice standards to deliver enhanced structural performance, improved occupant comfort, and superior protection of critical assets.
Through careful analysis and integration of these technologies, we significantly reduce seismic demands and vibration effects, resulting in safer structures with reduced damage potential and improved operational continuity following major events.
Our approach combines rigorous engineering, advanced analysis, and a clear focus on long-term structural resilience. Every solution is developed to not only meet statutory requirements but also deliver dependable performance, functional robustness, and economic protection throughout the structure’s life cycle.
Schematic Comparison of Structural Response With and Without Base Isolation
Our expertise includes the design and implementation of technologies such as Base isolation, energy-dissipation devices, tuned systems, and other innovative control strategies. These systems are designed in strict accordance with global best-practice standards to deliver enhanced structural performance, improved occupant comfort, and superior protection of critical assets.
LOW FLOOR-TO-FLOOR HEIGHTS WITH STRUCTURAL STEEL
Our expertise includes the design and implementation of technologies such as Base isolation, energy-dissipation devices, tuned systems, and other innovative control strategies. These systems are designed in strict accordance with global best-practice standards to deliver enhanced structural performance, improved occupant comfort, and superior protection of critical assets.
Through careful analysis and integration of these technologies, we significantly reduce seismic demands and vibration effects, resulting in safer structures with reduced damage potential and improved operational continuity following major events.
Our approach combines rigorous engineering, advanced analysis, and a clear focus on long-term structural resilience. Every solution is developed to not only meet statutory requirements but also deliver dependable performance, functional robustness, and economic protection throughout the structure’s life cycle.
Which system suits your project?
Project Type | Recommended | Key Benefit |
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Mid/high-rise residential | DBeam® CFS (HCCFS or CLTCFS) | Faster floor cycles, extra floors per envelope |
Data center | DBeam® CFS (HCCFS) | High load capacity, fast programme |
Long-span slab | Enviro Deck™ (TDCFS) | Self-supporting, no propping, 16 configurations |
Sustainable steel | Green Steel™ EnviroBeam / Plate | ACRS certified, EPD verified, AS/NZS 3678 |
Light steel framing | LSBS International | lsbsintl.com external brand |