Steel & Reinforcement

Strong steel and reinforcement products for structural excellence.

Concrete Mesh

  • Concrete mesh, also known as reinforcing mesh or concrete reinforcement mesh, is a type of grid or network of steel wires or bars designed to reinforce and strengthen concrete structures. It is a crucial component in construction and is used to enhance the tensile strength and structural integrity of concrete elements, such as slabs, walls, foundations, and columns. Concrete mesh is available in various configurations, including sheets and rolls, to suit different construction needs.

  • Key characteristics and features of concrete mesh include:

    Steel Material: Concrete mesh is typically made from high-strength steel wires or bars that exhibit excellent durability and corrosion resistance. Common steel materials used include low-carbon steel, stainless steel, or galvanized steel, depending on the project's requirements.

    Grid Pattern: Concrete mesh consists of a grid or mesh pattern formed by a series of horizontal and vertical steel wires or bars. These wires intersect and are securely welded or connected at their junctions, creating a stable network.

    Various Sizes: Concrete mesh comes in a variety of sizes, including different wire or bar diameters and grid spacings. The choice of size depends on the specific construction project, load-bearing requirements, and local building codes.

    Sheet and Roll Formats: Concrete mesh is available in both sheet and roll formats. Sheets are pre-cut into specific dimensions, making them suitable for smaller projects, while rolls are continuous lengths that can be customised on-site for larger structures.

    Tensile Strength: Concrete mesh enhances the tensile strength of concrete by resisting cracking and preventing the spread of cracks that may occur due to applied loads, temperature changes, or settling.

    Durability: The steel used in concrete mesh is highly durable and can withstand the harsh conditions often encountered in construction, including exposure to moisture, chemicals, and varying temperatures.

    Common uses and applications of concrete mesh include:

    Slab and Flooring: It is commonly used as reinforcement in concrete slabs and flooring, such as residential and commercial building foundations, balconies, and parking garage decks.

    Walls: Concrete mesh reinforces concrete walls, including retaining walls, basement walls, and shear walls, to provide additional stability and prevent cracking.

    Pavements and Roads: It is used in the construction of pavements, sidewalks, and road surfaces to increase their load-bearing capacity and resistance to cracking.

    Precast Concrete: Concrete mesh is often incorporated into precast concrete elements, such as beams, columns, and panels, to reinforce them before they are transported to the construction site.

    Fencing and Barriers: In civil engineering projects, concrete mesh is used to create fencing, safety barriers, and other structures that require strength and durability.

    Concrete Pipes: It is used to reinforce concrete pipes, ensuring they can withstand the internal and external pressures of fluid transport systems.

    Concrete Columns: Concrete mesh is applied in the construction of columns and pillars to increase their load-bearing capacity and resistance to lateral forces.

    Tunnel and Bridge Construction: In infrastructure projects, concrete mesh reinforces tunnel linings and bridge components to ensure structural stability.

    Properly installed concrete mesh plays a vital role in enhancing the structural performance and longevity of concrete elements. Its use is essential in ensuring that concrete structures remain durable and resilient, particularly in applications where structural integrity is critical. Construction professionals follow engineering specifications and local building codes when selecting and installing concrete mesh to meet the project's specific requirements.

Gal Lintels

  • Galvanised lintels, often referred to as "Gal Lintels" or galvanised steel lintels, are structural components used in construction to support the load above openings in walls, such as doors and windows. These lintels are made from steel that has been coated with a layer of zinc through a galvanizsation process. This galvanised coating provides excellent corrosion resistance, making galvanised lintels a durable and long-lasting choice for various building applications.

  • Key characteristics and features of galvanised lintels include:

    Material: Galvanised lintels are primarily made from high-quality steel, typically mild or carbon steel. The steel lintels are first fabricated to the required shape and dimensions and then subjected to the galvanisation process.

    Galvanisation: The galvanisation process involves immersing the steel lintel in a bath of molten zinc, creating a protective layer of zinc coating on the surface of the steel. This coating helps prevent corrosion and rust, even when exposed to moisture and environmental elements.

    Structural Strength: Galvanised lintels are engineered to provide structural support and distribute the load evenly over the opening. They can support the weight of masonry, brickwork, or other building materials above doors and windows.

    Various Shapes: These lintels come in various shapes and profiles, including angle lintels, T-section lintels, and box lintels, depending on the specific architectural and structural requirements of the building.

    Load-Bearing Capacity: Galvanisation accommodate different load-bearing capacities, ensuring they can safely support the weight of the building materials above the opening without sagging or deflecting.

    Ease of Installation: They are relatively easy to install, making them a popular choice for builders and contractors. They are typically placed horizontally above the opening, embedded within the masonry or wall structure.

    Common uses and applications of galvanised lintels include:

    Supporting Masonry: Galvanised lintels are used to support the weight of masonry walls and brickwork above doors, windows, and other openings in both residential and commercial buildings.

    Reinforcing Structural Openings: They reinforce structural openings, helping to distribute the load from the upper floors or roof to the surrounding walls.

    Preventing Structural Deflection: Galvanised lintels are essential for preventing structural deflection, which can lead to cracks, instability, and damage to the building.

    Architectural Support: In architectural design, galvanised lintels are often used to create aesthetically pleasing, open facades with large window openings and minimal visible support.

    Custom Applications: They can be custom-designed and manufactured to meet specific architectural and structural requirements, ensuring they integrate seamlessly with the building's design.

    Galvanised lintels are a crucial structural component in construction, providing stability and load-bearing capacity to buildings. Their galvanised coating enhances their durability and resistance to corrosion, making them an excellent choice for both interior and exterior applications. Properly installed galvanised lintels help ensure the longevity and safety of the building while contributing to its architectural and structural integrity.

Handy Mesh

  • "Handy Mesh" typically refers to a versatile and flexible wire mesh or wire netting product that finds a wide range of applications in various industries and DIY (do-it-yourself) projects. Handy Mesh is made from metal wire, such as steel or aluminium, and is characterised by its grid-like pattern formed by interwoven or welded wires. This mesh product is known for its durability, strength, and adaptability, making it a useful material for multiple purposes.

  • Key characteristics and features of Handy Mesh include:

    Wire Material: Handy Mesh is typically made from high-quality metal wires, which can include materials like steel, aluminium, stainless steel, or galvanised steel. The choice of wire material depends on the specific requirements of the intended application.

    Mesh Configuration: Handy Mesh comes in various mesh configurations, including different wire diameters, mesh sizes, and weaving patterns. The mesh can be woven or welded, with varying degrees of openness.

    Versatility: Its versatility is one of its defining characteristics. Handy Mesh can be used for a wide range of applications due to its adaptability, strength, and durability.

    Durability: The metal construction of Handy Mesh makes it highly durable and resistant to wear, corrosion, and weathering, making it suitable for outdoor as well as indoor applications.

    Cutting and Shaping: Handy Mesh can be easily cut and shaped to suit specific project requirements, making it a popular choice for DIY enthusiasts and builders.

    Security: It is often used for security purposes, such as fencing, window and door screens, and safety barriers, to provide protection against intruders and unwanted access.

    Ventilation and Airflow: Handy Mesh allows for airflow and ventilation while providing protection against pests, making it suitable for use in screens, vents, and air circulation systems.

    Common uses and applications of Handy Mesh include:

    Fencing: It is used for creating fences and enclosures around properties, gardens, and construction sites to provide security and define boundaries.

    Insect Screens: Handy Mesh is used for window and door screens to keep insects and pests out while allowing fresh air to circulate indoors.

    Garden and Agriculture: It is employed in gardening and agriculture for plant support, trellises, and pest control.

    Construction: In construction, Handy Mesh can be used for reinforcing concrete, providing stability to structures, and preventing cracking.

    Crafts and DIY Projects: It is popular among DIY enthusiasts for various crafts and projects, such as making custom mesh trays, baskets, and decorative items.

    Safety Barriers: Handy Mesh is used for safety barriers on balconies, staircases, and mezzanines to prevent falls and accidents.

    Mesh Panels: It is used to create mesh panels for shelving, partitions, and displays in retail and storage applications.

    Landscaping: Handy Mesh can be incorporated into landscaping projects for erosion control, plant protection, and decorative features.

    Pet Enclosures: It is used to build pet enclosures, kennels, and animal cages for containing and protecting pets.

    Handy Mesh is a versatile and adaptable material that offers practical solutions in a variety of industries and applications. Its durability and flexibility make it a valuable resource for construction, landscaping, DIY projects, and many other endeavors where strength and versatility are essential.

Retaining Wall Sections

  • "Retaining wall sections" typically refer to individual segments or portions of a retaining wall structure. Retaining walls are engineered structures designed to hold back soil or other materials and prevent erosion or the collapse of sloping terrain. These walls are composed of various sections or components that work together to create a stable and effective barrier against soil movement. Each section plays a specific role in the overall function and stability of the retaining wall.

  • Key components and features of retaining wall sections may include:

    Base or Foundation: The base section of a retaining wall is the lowest part that rests on the ground or a concrete footing. It serves as the primary support and foundation for the entire wall structure. The base section must be properly levelled and compacted to ensure stability.

    Wall Panels: Wall panels are the vertical sections of the retaining wall that rise above the base. These panels can vary in height and thickness, depending on the design and engineering requirements of the wall. Wall panels can be constructed using various materials, including concrete blocks, poured concrete, timber, or modular retaining wall units.

    Drainage System: Many retaining walls incorporate a drainage system within their sections to manage water buildup behind the wall. This typically includes perforated pipes, gravel, and filter fabric to channel water away from the wall, preventing hydrostatic pressure from building up.

    Geogrid Reinforcement: In some cases, retaining wall sections may include geogrid reinforcement layers. Geogrids are synthetic materials that strengthen the wall's ability to resist lateral soil pressure. These grids are often layered between courses of wall blocks or embedded within the soil behind the wall.

    Coping or Capstones: The top section of the retaining wall, known as the coping or capstone, serves both functional and aesthetic purposes. Coping provides a flat, level surface for walkways or seating, and it also helps protect the top course of wall blocks from weathering and damage.

    Connection and Interlocking Mechanisms: For modular retaining wall systems, retaining wall sections may include connection or interlocking mechanisms that help secure the blocks or units together. These mechanisms ensure stability and prevent the wall from shifting or collapsing.

    Facing Materials: In decorative retaining walls, facing materials such as stone veneer, bricks, or decorative concrete finishes may be added to the front face of the wall sections. This enhances the wall's appearance and can complement the surrounding landscape.

    Common uses and applications of retaining wall sections include:

    Erosion Control: Retaining walls are often used to prevent soil erosion on sloped terrain, helping to maintain the integrity of landscaping and prevent landslides.

    Garden and Landscape Design: Retaining wall sections can be used to create terraced gardens or level areas in uneven landscapes, providing space for planting and landscaping.

    Supporting Structures: They are used to support structures like patios, decks, or buildings built on sloping ground.

    Property Boundaries: Retaining walls can serve as property boundaries, delineating different areas of land and providing structural support.

    Road and Infrastructure Construction: Retaining walls are used in road construction to stabilise embankments and hillsides.

    Waterfront Protection: They are employed in coastal areas to protect against shoreline erosion and stabilise waterfront properties.

    Proper design, engineering, and construction techniques are critical for the safe and effective use of retaining wall sections. Depending on the specific project requirements and site conditions, retaining walls may vary in design, size, and materials used. Engineers and contractors work together to ensure that retaining walls are built to meet structural and safety standards while fulfilling their intended purpose.

Steel Door Frames

  • Steel door frames are structural components used in building construction to provide support and stability for doors, ensuring proper alignment, security, and durability. These frames are typically made of steel, which offers exceptional strength, resistance to corrosion, and longevity. Steel door frames play a crucial role in maintaining the integrity of door installations in various settings, including residential, commercial, and industrial buildings.

  • Key characteristics and features of steel door frames include:

    Steel Construction: Steel door frames are fabricated from steel, which is known for its robustness and durability. The steel used is often galvanised or coated with protective finishes to resist corrosion and rust.

    Frame Types: There are different types of steel door frames, including single rabbet frames, double rabbet frames, and slip-on frames. The choice of frame type depends on the door's design and the intended use.

    Variety of Profiles: Steel door frames come in various profiles or shapes, such as T-shaped, I-shaped, or U-shaped. These profiles are selected based on architectural and structural requirements.

    Pre-Assembled or Knockdown: Steel door frames are available as pre-assembled frames or knockdown frames. Pre-assembled frames arrive ready for installation, while knockdown frames require assembly on-site.

    Anchoring Systems: Steel door frames are anchored securely to the surrounding wall structure to ensure stability and load-bearing capacity. They may include anchor tabs, brackets, or clips for fastening to the wall.

    Fire Resistance: Some steel door frames are designed to meet fire-resistance standards, making them suitable for use in fire-rated doors and assemblies.

    Finish Options: Steel door frames can be finished with various coatings and paint finishes to match the aesthetics of the building or to provide additional protection against corrosion.

    Weatherstripping: Weatherstripping can be added to steel door frames to create a tight seal between the door and frame, preventing drafts, moisture, and dust from entering or leaving the building.

    Common uses and applications of steel door frames include:

    Exterior Entry Doors: Steel door frames are commonly used for exterior entry doors in residential homes, commercial buildings, and industrial facilities. They provide security and durability.

    Interior Doors: Steel door frames are used for interior doors in commercial and industrial settings, where strength and stability are required.

    Fire-Rated Doors: Steel door frames are utilized in fire-rated door assemblies, contributing to the fire resistance of the building.

    Security Doors: In high-security areas or applications, steel door frames are often chosen to enhance security measures.

    Commercial Buildings: Steel door frames are widely used in commercial structures, including offices, retail stores, schools, and hospitals.

    Industrial Facilities: They are employed in industrial settings, such as factories, warehouses, and manufacturing plants, where robust door frames are essential.

    Residential Construction: Steel door frames are used in residential construction for front and rear entry doors and for securing doorways leading to garages.

    Steel door frames provide structural stability, security, and longevity to door installations. They are chosen for their resistance to wear and tear, their ability to withstand extreme weather conditions, and their capacity to support heavy-duty doors. Proper installation and maintenance of steel door frames are essential to ensure their long-term performance and reliability.

Trench Mesh & Bars

  • Trench mesh and bars, commonly known as "reinforcing trench mesh" or "rebar," are essential construction materials used to reinforce concrete structures, particularly in applications where concrete slabs or footings need added strength and durability. These reinforcement elements are typically made of steel and are strategically placed within the concrete to resist tensile forces, reduce cracking, and enhance the overall structural integrity of the concrete component.

  • Key characteristics and features of trench mesh and bars include:

    Steel Construction: Trench mesh and bars are manufactured from high-quality steel, typically low-carbon steel or mild steel. The steel is chosen for its strength, durability, and ability to withstand high loads and environmental conditions.

    Various Shapes and Sizes: These reinforcing elements come in various shapes, including straight bars, deformed bars, and mesh panels. The size, diameter, and spacing of the bars or mesh panels depend on the specific engineering requirements and the intended use.

    Deformation Patterns: Deformed bars have surface deformations or ridges that provide better bonding with the concrete, preventing slippage and enhancing the mechanical bond between the steel and the concrete.

    Corrosion Resistance: To prevent corrosion and rusting, trench mesh and bars are often coated with protective finishes, such as epoxy coatings or galvanised coatings.

    Cutting and Bending: Trench mesh and bars can be easily cut and bent to the required shapes and lengths to accommodate different construction designs and structural configurations.

    Lap Splicing: Proper lap splicing techniques are used to connect and overlap reinforcing bars, ensuring continuity and strength in the reinforcement.

    Placement in Concrete: Trench mesh and bars are strategically placed within the concrete formwork or molds, with proper spacing and cover to provide adequate concrete cover and protect the steel from exposure to the environment.

    Common uses and applications of trench mesh and bars include:

    Concrete Slabs: Trench mesh and bars are extensively used in concrete slabs, including house foundations, floor slabs, and industrial flooring, to increase load-bearing capacity and reduce cracking.

    Footings and Foundations: In building construction, they are used in footings and foundations to provide additional support and stability.

    Retaining Walls: Trench mesh and bars are employed in the construction of retaining walls to reinforce the concrete structure and resist the lateral pressure from soil or water.

    Bridges and Infrastructure: In larger construction projects, such as bridges and infrastructure development, trench mesh and bars are used to reinforce various concrete components, including columns, beams, and decks.

    Road Construction: They are used in road construction for reinforcing concrete pavements and curbs.

    Tunnels and Culverts: In underground and civil engineering projects, trench mesh and bars are used in tunnel linings and culvert structures.

    Swimming Pools: In the construction of swimming pools, they are used to reinforce the pool walls and floors, ensuring structural stability.

    Trench mesh and bars are critical components in concrete construction, providing the necessary reinforcement to ensure the structural integrity and longevity of concrete structures. Engineers and construction professionals carefully consider the design, size, and placement of these reinforcement elements to meet specific project requirements and safety standards. Proper installation and adherence to construction codes and standards are essential to ensure the effectiveness of trench mesh and bars in reinforced concrete structures.