At KOROK, we are committed to delivering the highest quality fire and acoustic rated wall systems, and today we are excited to introduce a major upgrade in our materials. We are transitioning to the new COLORSTEEL® MAXAM™, which will replace our previously used COLORSTEEL® ENDURA® and COLORSTEEL® MAXX® ranges. This change marks a significant advancement in the technology and performance of our wall systems.
What is COLORSTEEL® MAXAM™?
COLORSTEEL® MAXAM™ combines the renowned quality and consistency of COLORSTEEL® with innovative ACTIVATE™ technology. This new single substrate product solution is designed with corrosion resistance and longevity in mind, making it suitable for most of New Zealand’s environmental conditions.
The Benefits of ACTIVATE™ Technology
Transitioning to the Future
The introduction of COLORSTEEL® MAXAM™ reflects our commitment to innovation and excellence. By integrating this advanced material into our KOROK wall systems, we are ensuring that our products not only meet but exceed the highest standards of performance and durability. For more information on COLORSTEEL® MAXAM™ and its benefits, please contact our customer service team.
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For over 25 years, KOROK has been a trusted provider of high-performance fire and acoustic walls for the multi-level construction market. Now, with the introduction of the KOROK KIR high-performance intertenancy apartment wall systems, KOROK offers comprehensive solutions for seamless floor plate transitions.
Our systems integrate lift cores, riser ducts, stair cores, hallways, and apartments into one streamlined package. Experience unparalleled fire, seismic, acoustic, and safety protection with KOROK – your all-in-one solution for modern construction needs.
Simplify with KOROK: Combining Performance and Safety
Experience the perfect blend of simplicity and performance with KOROK. Our range of IT wall solutions incorporates fire protection, seismic deflection, passive safety, and acoustic efficiency, all while eliminating complex build-ups. KOROK delivers unmatched performance, safety, and simplicity for your construction needs.
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Our innovative KOROK® Scissor Stair wall systems are BRANZ-tested and Warringtonfire-assessed, ensuring compliance with New Zealand’s fire safety standards. These systems are rated up to a Fire Resistance Rating (FRR) of -/120/120, offering robust protection for critical building areas.
KOROK® Scissor Stairs wall systems combine fire safety, acoustic performance, and cost efficiency, making them the ideal choice for builders and developers.
CAD Library > View all DWG fields for Scissor Stair systems.
KOROK® Scissor Stairs Systems cater to most common scenarios requiring fire resistance in stair configurations. These walls are constructed using 78mm thick, horizontally and/or vertically oriented KOROK® panels, designed to fit seamlessly between two independent stair stringers in scissor stairs configurations.
The systems feature self-supporting, non-load-bearing walls that can be built using horizontally or vertically stacked panels, or a combination of both. This flexibility ensures adaptability to a wide range of building designs.
Compliance with the New Zealand Building Code
KOROK® Scissor Stair Systems meet the stringent requirements of Clause C of the New Zealand Building Code (NZBC). They comply with the normative requirements for fire resistance performance as outlined in New Zealand’s acceptable solutions.
Fire Resistance Ratings (FRR)
The fire resistance ratings of KOROK® Scissor Stair Systems reach up to FRR -/120/120, depending on the span of the panels and the components selected.
For detailed configurations, refer to the technical specifications in the KOROK® Scissor Stair Systems wall type tables.
When it comes to passive fire penetrations, KOROK® leads the way with innovative solutions that ensure fire safety without compromising functionality.
At KOROK®, we are committed to providing fire-rated wall systems that prioritize safety, durability, and performance. Our advanced KOROK® panels are specifically designed to allow seamless integration of passive fire penetrations, including service ducting and pipes, while maintaining the structural and fire integrity of the wall.
What Are Passive Fire Penetrations?
Passive fire penetrations are openings or pathways in fire-rated walls or floors that allow services such as plumbing, electrical cables, or ductwork to pass through. These penetrations are essential for building functionality but must be carefully designed to prevent the spread of fire and smoke. KOROK® panels are engineered to make the creation and sealing of these penetrations straightforward and effective, ensuring compliance with strict fire safety standards.
Why Choose KOROK® for Passive Fire Penetrations?
MANUFACTURER | PENETRATION DESCRIPTION | SIZE | SUBTYPE | SYSTEM | FRR | 51MM PANEL DRAWING | 78MM PANEL DRAWING |
---|---|---|---|---|---|---|---|
Promat | ¼” & ½” PE insulated pair coil and power cable | Cable | FCW50 | -/90/60 | <a | <a |
|
Promat | 1 of 2.5 mm² TPS cable | 2.5mm | Cable | Promaseal A Sealant | -/90/60 | <a | <a |
Promat | 100 mm PE pipe | 100mm | PE / PEX | FCW100 | -/90/60 | <a | <a |
Promat | 100 mm uPVC pipe | 100mm | uPVC | FCW100 | -/90/60 | <a | <a |
Promat | 19 mm copper pipe with 13 mm Armaflex insulation | 19mm | Copper pipe | Flexiwrap | -/90/30 | ||
Promat | 20 mm PEX | 20mm | PE / PEX | CFC32 | -/90/60 | <a | <a |
Promat | 40 mm PE pipe | 40mm | PE / PEX | FCW40 | -/90/60 | <a | <a |
Promat | 40 mm uPVC pipe | 40mm | uPVC | FCW40 | -/90/60 | <a | <a |
Promat | 50 mm copper pipe | 50mm | Copper pipe | Supawrap 40 | -/90/60 | <a | <a |
Promat | 50 mm uPVC pipe | 50mm | uPVC | FCW50 | -/90/60 | <a | <a |
Promat | Up to 3 of CAT6 data cables | Cable | Promaseal A Sealant | -/90/60 | <a | <a |
|
Promat | Up to 4 of 2.5 mm² TPS cables | Cable | Promaseal A Sealant | -/90/60 | <a | <a |
|
Promat | Up to 4 x 2.5 mm² TPS cable in a 30 mm flexible uPVC conduit | uPVC, Cable | Double CFC32 | -/90/60 | <a | <a |
|
Promat | Up to 800mm x 400mm (0.32m²) opening | Opening | Promat double bulkhead | -/90/60 | <a | <a |
|
Promat | Up to 800mm x 400mm (0.32m²) opening with continuous cable tray | Cable | Promat double bulkhead | -/90/60 | <a | <a |
|
Ryanfire | 150 mm uPVC pipe | 150mm | uPVC | 2 of Ryanfire SL160 collars | -/90/60 | ||
Ryanfire | 50 mm uPVC pipe | 50mm | uPVC | 2 of Ryanfire SL55 collars | -/90/60 | ||
Ryanfire | A combination of up to 3 of 3/8” & 3/4” PE insulated pair coil + 6 of 2.5 mm² TPS cables + 25mm diameter uPVC conduit | uPVC, Cable | 2 of Ryanfire SL110 collars | -/90/30 | |||
Ryanfire | A combination of up to 30 of 2.5mm² TPS cables + 25 of CAT6 cables + 10 of 50pr telecommunications cables | Cable | 2 of Ryanfire SL110 collars | -/90/60 | |||
Ryanfire | Up to 700mm x 400mm (0.28m²) opening | Opening | Ryanfire double Firetherm Intubatt | -/90/60 | |||
Holyoake | |||||||
Holyoake | |||||||
Hilti | 1 of Multi-Core Copper Cables PVC/PVC & XLPE/PVC (sheath/insulation) circular or flat 2C+E or 3C+E up to 25mm2 ≤ 23mm Dia. Refer to page 11 | Max. 23mm | Cable | CP611a / CFS-IS Intumescent Sealant | -/120/60 | ||
Hilti | 1 of Multi-Core Copper Cables PVC/PVC & XLPE/PVC (sheath/insulation) circular or flat 2C+E or 3C+E up to 25mm2 ≤ 23mm Dia. Refer to page 12 | Max. 23mm | Cable | CP611a / CFS-IS Intumescent Sealant + 13mm Plasterboard Patch | -/120/90 | ||
Hilti | 1 of single core copper cable PVC/PVC & XLPE/PVC (sheath/insulation) circular cables up to 25mm2 ≤ 10mm Dia. Refer to page 11 | Max. 10mm | Cable | CP611a / CFS-IS Intumescent Sealant | -/120/90 | ||
Hilti | 1 of single core copper cable PVC/PVC & XLPE/PVC (sheath/insulation) circular cables up to 25mm2 ≤ 10mm Dia. Refer to page 12 | Max. 10mm | Cable | CP611a / CFS-IS Intumescent Sealant + 13mm Plasterboard Patch | -/120/120 | ||
Hilti | 1 of Telecommunication cables, Cat5/6/7/8, RG6 Coax Cables & Fiber Optic cables. Refer to page 11 | Cable | CP611a / CFS-IS Intumescent Sealant | -/120/90 | |||
Hilti | 1 of Telecommunication cables, Cat5/6/7/8, RG6 Coax Cables & Fiber Optic cables. Refer to page 12 | Cable | CP611a / CFS-IS Intumescent Sealant + 13mm Plasterboard Patch | -/120/120 | |||
Hilti | 110mm ND uPVC-SC Pipe . Refer to pages 28-30 | 110mm | uPVC | CFS-C P 110/4" Fire Collar+ CP606 Acrylic Sealant | -/120/60 | ||
Hilti | 110mm ND uPVC-SC Pipe . Refer to pages 28-30 | 110mm | uPVC | CFS-C P 110/4" Fire Collar+ CP606 Acrylic Sealant + 13mm Plasterboard Patch | -/120/90 | ||
Hilti | 150mm ND uPVC-SC Pipe . Refer to pages 28-30 | 150mm | uPVC | CFS-C P 160/6" Fire Collar+ CP606 Acrylic Sealant | -/120/60 | ||
Hilti | 150mm ND uPVC-SC Pipe . Refer to pages 28-30 | 150mm | uPVC | CFS-C P 160/6" Fire Collar+ CP606 Acrylic Sealant + 13mm Plasterboard Patch | -/120/90 | ||
Hilti | 16 - 200mm Dia. Copper, Ferrous (Steel, Stainless Steel, Iron) or Brass Pipe with Mineral Stone Wool Insulation. Refer to pages 34-37 | Max. 200mm | Batts | CP606 Acrylic Sealant + 1 x 13mm Plasterboard Patch + Mineral Wool Pipe Sleeve (Fibertex 450) 600mm in length | -/120/30 | ||
Hilti | 16 - 200mm Dia. Copper, Ferrous (Steel, Stainless Steel, Iron) or Brass Pipe with Mineral Stone Wool Insulation. Refer to pages 34-37 | Max. 200mm | Batts | CP606 Acrylic Sealant + 1 x 13mm Plasterboard Patch + Mineral Wool Pipe Sleeve (Fibertex 450) 600mm in length | -/120/60 | ||
Hilti | 16 - 200mm Dia. Copper, Ferrous (Steel, Stainless Steel, Iron) or Brass Pipe with Mineral Stone Wool Insulation. Refer to pages 34-37 | Max. 200mm | Batts | CP606 Acrylic Sealant + 1 x 13mm Plasterboard Patch + Mineral Wool Pipe Sleeve (Fibertex 450) 600mm in length | -/120/90 | ||
Hilti | 16 - 200mm Dia. Copper, Ferrous (Steel, Stainless Steel, Iron) or Brass Pipe. Refer to pages 34-37 | Max. 200mm | Sealant | CP606 Acrylic Sealant | -/120/- | ||
Hilti | 16 to 32mm Dia. uPVC Rigid conduit filled with Cables, Fiber Optics or mixture of both. Refer to pages 15-17 | Max. 32mm | uPVC, Cable | CFS-C P 50/1.5" Fire Collar + CP606 Acrylic Sealant + CP611a / CFS-IS Intumescent Sealant + 13mm Plasterboard Patch | -/120/90 | ||
Hilti | 16 to 50mm Dia. uPVC Rigid conduit (Empty). Refer to pages 15-16 | Max. 50mm | uPVC | CFS-C P 50/1.5" Fire Collar + CP606 Acrylic Sealant + CP611a / CFS-IS Intumescent Sealant | -/120/60 | ||
Hilti | 16 to 50mm Dia. uPVC Rigid conduit (Empty). Refer to pages 15-17 | Max. 50mm | uPVC | CFS-C P 50/1.5" Fire Collar + CP606 Acrylic Sealant + CP611a / CFS-IS Intumescent Sealant + 13mm Plasterboard Patch | -/120/90 | ||
Hilti | 16 to 50mm Dia. uPVC Rigid conduit filled with Cables, Fiber Optics or mixture of both. Refer to pages 15-16 | Max. 50mm | uPVC, Cable | CFS-C P 50/1.5" Fire Collar + CP606 Acrylic Sealant + CP611a / CFS-IS Intumescent Sealant | -/120/60 | ||
Hilti | 16mm Dia. PE-X/AL/PE or PE-Xb/AL/PE-Xb. Refer to pages 31-33 | 16mm | PE / PEX | CP611a / CFS-IS Intumescent Sealant + 13mm Plasterboard Patch & Sealant Cone | -/120/90 | ||
Hilti | 16mm Dia. PE-X/AL/PE. Refer to pages 31-32 | 16mm | PE / PEX | CP611a / CFS-IS Intumescent Sealant | -/120/60 | ||
Hilti | 16mm Dia. PE-Xa or PE-Xb. Refer to pages 31-33 | 16mm | PE / PEX | CP611a / CFS-IS Intumescent Sealant + 13mm Plasterboard Patch & Sealant Cone | -/120/120 | ||
Hilti | 16mm Dia. PE-Xa. Refer to pages 31-32 | 16mm | PE / PEX | CP611a / CFS-IS Intumescent Sealant | -/120/90 | ||
Hilti | 20 & 25mm Dia. PP Flexible conduit (Empty). Refer to pages 18-19 | Max. 25mm | CFS-C P 50/1.5" Fire Collar + CP606 Acrylic Sealant + CP611a / CFS-IS Intumescent Sealant | -/120/- | |||
Hilti | 20 & 25mm Dia. PP Flexible conduit filled with Cables, Fiber Optics or mixture of both. Refer to pages 18-19 | Max. 25mm | Cable | CFS-C P 50/1.5" Fire Collar + CP606 Acrylic Sealant + CP611a / CFS-IS Intumescent Sealant | -/120/60 | ||
Hilti | 20 & 25mm Dia. PP Flexible conduit filled with Cables, Fiber Optics or mixture of both. Refer to pages 18-20 | Max. 25mm | Cable | CFS-C P 50/1.5" Fire Collar + CP606 Acrylic Sealant + CP611a / CFS-IS Intumescent Sealant + 13mm Plasterboard Patch | -/120/90 | ||
Hilti | 20 to 50mm Dia. uPVC Flexible conduit (Empty). Refer to pages 18-19 | Max. 50mm | uPVC | CFS-C P 50/1.5" Fire Collar + CP606 Acrylic Sealant + CP611a / CFS-IS Intumescent Sealant | -/120/- | ||
Hilti | 20 to 50mm Dia. uPVC Flexible conduit filled with Cables, Fiber Optics or mixture of both. Refer to pages 18-19 | Max. 50mm | uPVC, Cable | CFS-C P 50/1.5" Fire Collar + CP606 Acrylic Sealant + CP611a / CFS-IS Intumescent Sealant | -/120/90 | ||
Hilti | 20 to 50mm Dia. uPVC Flexible conduit filled with Cables, Fiber Optics or mixture of both. Refer to pages 18-20 | Max. 50mm | uPVC, Cable | CFS-C P 50/1.5" Fire Collar + CP606 Acrylic Sealant + CP611a / CFS-IS Intumescent Sealant + 13mm Plasterboard Patch | -/120/120 | ||
Hilti | 20mm Dia. PE-X/AL/PE or PE-Xb/AL/PE-Xb. Refer to pages 31-33 | 20mm | CP611a / CFS-IS Intumescent Sealant + 13mm Plasterboard Patch & Sealant Cone | -/120/90 | |||
Hilti | 20mm Dia. PE-X/AL/PE. Refer to pages 31-32 | 20mm | CP611a / CFS-IS Intumescent Sealant | -/120/60 | |||
Hilti | 20mm Dia. PE-Xa or PE-Xb. Refer to pages 31-33 | 20mm | CP611a / CFS-IS Intumescent Sealant + 13mm Plasterboard Patch & Sealant Cone | -/120/120 | |||
Hilti | 20mm Dia. PE-Xa. Refer to pages 31-32 | 20mm | CP611a / CFS-IS Intumescent Sealant | -/120/90 | |||
Hilti | 25mm Dia. PE-X/AL/PE or PE-Xb/AL/PE-Xb. Refer to pages 31-33 | 25mm | CP611a / CFS-IS Intumescent Sealant + 13mm Plasterboard Patch & Sealant Cone | -/120/90 | |||
Hilti | 25mm Dia. PE-X/AL/PE. Refer to pages 31-32 | 25mm | CP611a / CFS-IS Intumescent Sealant | -/120/60 | |||
Hilti | 25mm Dia. PE-Xa or PE-Xb. Refer to pages 31-33 | 25mm | CP611a / CFS-IS Intumescent Sealant + 13mm Plasterboard Patch & Sealant Cone | -/120/120 | |||
Hilti | 25mm Dia. PE-Xa. Refer to pages 31-32 | 25mm | CP611a / CFS-IS Intumescent Sealant | -/120/90 | |||
Hilti | 32mm Dia. PE-X/AL/PE. Refer to pages 31-32 | 32mm | CP611a / CFS-IS Intumescent Sealant | -/120/60 | |||
Hilti | 32mm Dia. PE-X/AL/PE. Refer to pages 31-33 | 32mm | CP611a / CFS-IS Intumescent Sealant + 13mm Plasterboard Patch & Sealant Cone | -/120/90 | |||
Hilti | 40mm ND uPVC Pipe. Refer to pages 28-30 | 40mm | uPVC | CFS-C P 50/1.5" Fire Collar + CP606 Acrylic Sealant | -/120/60 | ||
Hilti | 40mm ND uPVC Pipe. Refer to pages 28-30 | 40mm | uPVC | CFS-C P 50/1.5" Fire Collar + CP606 Acrylic Sealant + 13mm Plasterboard Patch | -/120/90 | ||
Hilti | 50mm ND uPVC Pipe. Refer to pages 28-30 | 50mm | uPVC | CFS-C P 63/2.0" Fire Collar + CP606 Acrylic Sealant | -/120/90 | ||
Hilti | 50mm ND uPVC Pipe. Refer to pages 28-30 | 50mm | uPVC | CFS-C P 63/2.0" Fire Collar + CP606 Acrylic Sealant + 13mm Plasterboard Patch | -/120/120 | ||
Hilti | 65mm ND uPVC Pipe. Refer to pages 28-30 | 65mm | uPVC | CFS-C P 75/2.5" Fire Collar + CP606 Acrylic Sealant | -/120/90 | ||
Hilti | 65mm ND uPVC Pipe. Refer to pages 28-30 | 65mm | uPVC | CFS-C P 75/2.5" Fire Collar + CP606 Acrylic Sealant + 13mm Plasterboard Patch | -/120/120 | ||
Hilti | 80mm ND uPVC Pipe. Refer to pages 28-30 | 80mm | uPVC | CFS-C P 90/3" Fire Collar + CP606 Acrylic Sealant | -/120/90 | ||
Hilti | 80mm ND uPVC Pipe. Refer to pages 28-30 | 80mm | uPVC | CFS-C P 90/3" Fire Collar + CP606 Acrylic Sealant + 13mm Plasterboard Patch | -/120/120 | ||
Hilti | Cable Bundle ≤ 36mm Dia. Any combination of Telecommunication cables, Cat5/6/7/8, Fiber Optic cables,RG6 Quad Shield Coax or TPS 2C+E up to 2.5mm2. Refer to pages 13-14 | Max. 36mm | Cable | CP611a / CFS-IS Intumescent Sealant | -/120/60 | ||
Hilti | Cable Bundle ≤ 36mm Dia. Any combination of Telecommunication cables, Cat5/6/7/8, Fiber Optic cables,RG6 Quad Shield Coax or TPS 2C+E up to 2.5mm2. Refer to pages 13-14 | Max. 36mm | Cable | CP611a / CFS-IS Intumescent Sealant + CFS-P BA Putty Bandage | -/120/90 | ||
Hilti | Cable Tray up to 600mm Wide with 9 x 400mm2 XLPE/PVC or PVC/PVC Sheath/Insulated Single Core Copper or Aluminum Power Cables. Refer to pages 21-27 | Cable | 2 x Layers CP670 Coated Board + CP611a / CFS-IS Intumescent Sealant + CFS-P BA Putty Bandage | -/60/60 | |||
Hilti | Cable Tray up to 600mm Wide with AS1530.4 Standard D1 XLPE/PVC or PVC/PVC Sheath/Insulated Power Cables Cable Sets. Refer to pages 21-27 | Cable | 2 x Layers CP670 Coated Board + CP611a / CFS-IS Intumescent Sealant + CFS-P BA Putty Bandage | -/120/90 | |||
Hilti | Cable Tray up to 600mm Wide with AS1530.4 Standard D2 Telecommunication Cable Sets. Refer to pages 21-27 | Cable | 2 x Layers CP670 Coated Board + CP611a / CFS-IS Intumescent Sealant + CFS-P BA Putty Bandage | -/90/60 | |||
Hilti | Up to 10 of Quad Shield Coax Cables. Refer to pages 13-14 | Cable | CP611a / CFS-IS Intumescent Sealant + CFS-P BA Putty Bandage | -/120/90 | |||
Hilti | Up to 16 of Telecommunication cables, Cat5/6/7/8 & Fiber Optic cables. Refer to pages 13-14 | Cable | CP611a / CFS-IS Intumescent Sealant | -/120/90 | |||
Hilti | Up to 16 of Telecommunication cables, Cat5/6/7/8 & Fiber Optic cables. Refer to pages 13-14 | Cable | CP611a / CFS-IS Intumescent Sealant + CFS-P BA Putty Bandage | -/120/120 | |||
Hilti | Up to 8 of TPS 2C+E up to 2.5mm2. Refer to pages 13-14 | CP611a / CFS-IS Intumescent Sealant | -/120/60 | ||||
Hilti | Up to 8 of TPS 2C+E up to 2.5mm2. Refer to pages 13-14 | CP611a / CFS-IS Intumescent Sealant + CFS-P BA Putty Bandage | -/120/90 |
CASE STUDY
Bringing Kiwi Ingenuity to Hobsonville Point Homes
Here at KOROK®, we’re stoked to have been part of the transformation of the old Hobsonville airbase into a new community. Our innovative KOROK KIR Intertenancy Residential Walls have been key in shaping around 3000 homes across this significant slice of land, including standout spots like the Te Uru Apartments, Walter Merton Road Terraces, Nugget Avenue Terraces, and Buckley A Precinct.
Being part of the Hobsonville Point development really showcases our ability for coming up with smart solutions that tackle the real-world challenges of modern building, especially when it comes to keeping fires at bay and cutting down on noise. Traditional wall setups in flats and hotels usually lean on linings to do this job. But our KIR walls change the game by ditching the need for these linings up top, making the whole building process simpler and slicker.
Smoother Sailing in Building and Design
Our walls have made it quicker and easier to get buildings up at Hobsonville Point. That’s good news for the teams on the ground and means residents can start enjoying their new digs sooner.
Keeping Costs Down
Thanks to the technology behind our KIR panels, we’ve cut down on waste, which means saving some dollars. Those savings can help make other parts of the development even better, making the whole neighbourhood a top spot to live.
Top-Notch Fire and Sound Safety
We’ve put our walls through the wringer to make sure they’re up to scratch for fire safety and noise control. That means folks living in Hobsonville Point can sleep easy, knowing they’ve got solid protection around them.
Built Solid for Extra Peace of Mind
The sturdy design of our walls means homes are not just safe but also built to last. That’s a big plus for anyone calling Hobsonville Point home, offering a secure spot for years to come.
Committed to Excellence in Innovation and Community Building
From the lively look of the Te Uru Apartments to the tidy and thoughtful design of the Walter Merton Road Terraces and the spot-on style of Buckley A Precinct, our KIR panels have been a foundation for success, delivering the goods on fire safety and quiet living.
As we look back on our role at Hobsonville Point, we’re chuffed to have delivered solutions that not only tick the boxes for what’s needed in today’s building scene but also help forge strong, safe, and green communities. Our dedication to coming up with better ways to do things will keep us at the forefront of making homes better for Kiwis everywhere.
In terraced housing and town houses, conventional framed wall systems rely on the internal linings for fire-resistance. Penetrating these linings potentially destroys the fire-rated barrier.
Designing cantilevered terraced houses is simplified with KOROK® fire and acoustic wall systems. Whether you need cantilevered eaves or cantilevered walls, KOROK has detailed solutions to suit your needs.
Our systems help you create functional and stylish designs, such as:
KOROK’s innovative cantilevered wall systems are engineered to provide superior performance, offering both structural stability and efficient installation for terraced house construction. Choose KOROK® to streamline your building process and meet the demands of modern architectural design.
Cantilevered terraced house design is easy with KOROK®. We have details for both cantilevered eaves and cantilevered walls. So if you’re wanting your buyers to be sheltered from the weather with an inset front door; or if you’re wanting to maximise your floor space with a larger second storey, we have the product to make that happen.
A Typical Parapet Detail illustrates the structure and support of a parapet wall, commonly cantilevered from the main building structure. This detail focuses on connections that ensure stability and durability, including reinforcement and weatherproofing layers to protect against the elements. Cantilevered parapets require careful attention to load distribution and deflection control, as they extend outward without external bracing, creating a clean, streamlined edge on the building façade.
High Performing and Lightweight
KOROK® 78mm galv panels are rollformed from zinc coated steel strips. The steel from which the shells are manufactured conforms to AS/NZS1397:2001.
Steel shells have a base metal thickness of 0.4mm B.M.T. with a Z275 zinc coating. These panels have an aerated concrete core and weigh nominally 10.2kg per lineal metre.