Overview
Studform suspension systems deliver elite appearance, engineered performance and long-term project certainty. Designed and manufactured in Australia, local production provides greater flexibility, responsive support and tailored solutions for complex commercial and institutional builds.
Backed by a 10-year product warranty*, systems are available for specialty performance applications including seismic, hygiene and corrosive environments. Intelligent flat-grid design creates sharp, clean ceiling lines and greater serviceable ceiling cavity space, while integrated system design simplifies installation, improves accessibility and supports efficient long-term maintenance.
*Warranty terms and conditions apply.
Australian made, project proven
Designed and manufactured in South Australia, with responsive delivery and expert project and lighting design support from a team that understands the demands of complex commercial and institutional builds.
Engineered for the Australian built environment
Tested, documented and compliant with Australian seismic and building standards - giving specifiers the confidence to utilise Studform systems on their most critical projects.
Smart, integrated system design
Flat-grid design with minimal bracing requirements creates greater usable ceiling cavity space, while integrated ceilings, lighting and building services simplify coordination and reduce on-site complexity.
Quality and performance guaranteed
Every Studform suspended ceiling system is engineered to perform over the long term, backed by a 10-year product warranty* and supported by a local team.
*Warranty terms and conditions apply.
Explore the Seismic Performance Range
Kwikloc® Seismic Ceiling Systems are engineered for environments where seismic performance, continuity of service and long-term reliability are critical. Combining patented seismic capability with a modular flat-grid design, the system delivers clean ceiling lines with minimal bracing requirements, creating greater serviceable cavity space.
Meeting AS/NZS 2785:2020, AS/NZS 1170.5 and AS 1170.4, the system is designed for healthcare, emergency, defence and specialist applications.
- Engineered seismic performance: Designed for IL2, IL3 and IL4 buildings where continuity of service is a critical requirement.
- Minimal bracing requirements: Creates greater serviceable ceiling cavity space and supports cleaner ceiling line outcomes.
- Hygienic nesting detail: Reduces air and dust transfer pathways associated with conventional joggled ceiling systems.
- Integrated system design: Works seamlessly with lighting, ceiling tiles and associated building services above the ceiling.
- Custom-engineered flexibility: Configurable solutions designed and tailored to meet project-specific performance requirements.
- Long-term reliability: Engineered for demanding environments where sustained seismic performance and durability are essential.
Explore the Aquatic Performance Range
Kwikloc® Aquatic Ceiling Systems are engineered for aquatic and high-humidity environments where corrosion resistance, durability and sustained long-term performance are essential. Designed with non-ferrous, non-magnetic components and longer-span capability, the system creates clean, open ceiling spaces while protecting occupied environments and critical services from the impacts of moisture and corrosion.
Meeting the requirements of AS/NZS 2785:2020 Suspended Ceilings — Design and Installation, the system is designed specifically for aquatic applications.
- Aquatic and high-humidity environments: Engineered for pools, wellness, hydrotherapy and specialist high-moisture ceiling applications.
- Non-ferrous and non-magnetic options: Supports specialist requirements including MRI suites and sensitive healthcare ceiling environments.
- Longer-span capability: Creates cleaner, more open ceiling spaces with reduced reliance on intermediary structural supports.
- Integrated system design: Works seamlessly with lighting, ceiling tiles and associated building services throughout the ceiling cavity.
- Acoustic performance support: Helps create comfortable, functional environments when paired with selected acoustic ceiling tiles.
- Long-term reliability: Engineered for demanding environments where corrosion resistance and sustained ceiling performance are critical.
Explore the Standard Range
Kwikloc® Standard Ceiling Systems are engineered to deliver installation efficiency, layout flexibility and reliable long-term performance across commercial, education and fit-out applications.
Meeting the requirements of AS/NZS 2785:2020 Suspended Ceilings — Design and Installation, the system provides specifiers with a dependable, adaptable ceiling grid solution suited to a wide range of project configurations and design requirements.
- Flexible layout patterns: Supports a broad range of ceiling designs and project-specific requirements.
- Engineered "Kwik" locking system: Delivers positive grid connections and a clean, consistent ceiling finish.
- Improved installation efficiency: Simplified connection design supports faster installation and reduced on-site complexity.
- Premium finish and durability: Powder-coated components deliver long-term appearance retention and performance.
- Design adaptability: Supports integration across a variety of ceiling tiles, layouts and project configurations.
- Future project continuity: Consistent component identification supports ongoing project extensions and future modifications.
Applications
Industry-specific performance requirements have driven the ongoing development of Kwikloc® suspended ceiling systems across commercial, education, healthcare, aquatic and other specialty applications. From acoustic performance and integrated services through to hygiene, seismic capability, corrosion resistance and non-ferrous requirements, Studform systems are engineered to support the operational demands of a wide range of project environments.
Explore applications below to view system considerations and performance capabilities by industry application.
Special Performance Ceiling Systems
Kwikloc® Seismic
Our patented Australian-made 24mm face seismic ceiling system engineered for IL2, IL3 and IL4 buildings and environments where continuity of service matters, designed to meet Australian and New Zealand seismic standards.
Featuring a flat-grid design, nesting connection detail and non-magnetic materials, Kwikloc® supports cleaner, more serviceable ceiling spaces while reducing the air and dust pathways often created by conventional joggled systems, helping support hygiene-sensitive^ environments and long-term building performance.
^ When paired with selected ceiling tiles
Kwikloc® Aquatic
Our Australian-made 24mm face ceiling system engineered for aquatic and high-humidity environments where corrosion resistance, acoustic control^ and long-term reliability are essential.
Designed with non-ferrous components and longer-span capability, Kwikloc® Aquatic creates clean, open ceiling spaces while supporting durability in challenging environments. The system is seismic compliant as standard, helping maintain performance during building movement while reducing risk to both occupied spaces and critical services above the ceiling cavity^.
^ When paired with selected ceiling tiles
Specialty Ceilings by Application
Importance Level 2, 3 and 4 buildings require non-structural parts, components and their fixings to comply with the seismic requirements of Section 8 of AS 1170.4:2024 (Australia).
Studform's specialty ceiling systems are designed to support compliance with these requirements when specified and installed in accordance with the relevant project design documentation. Refer to the National Construction Code (NCC), AS 1170.4 and project-specific engineering documentation to determine the applicable seismic requirements for your building.
Special Performance Ceiling Systems — Industry Applications
| Industries | Kwikloc® Seismic | Kwikloc® Aquatic |
|---|---|---|
| Emergency & Defence IL3 and IL4 | ✓Standard wall angles recommended | |
| Healthcare | ✓Standard wall angles recommended | |
| Corridors | ✓ | |
| Laboratories | ✓Standard wall angles recommended | |
| MRI Rooms | ✓Standard wall angles recommended | |
| Corrosive Environment | ✓ | |
| Aquatic | ✓ | |
| Hydrotherapy Pools | ✓ | |
| Modular | ✓ |
Standard Ceiling Systems
Kwikloc® Regal
Our 24mm face suspended ceiling grid engineered for commercial applications. The Kwikloc® Regal delivers clean aesthetics, reliable installation efficiency and dependable long-term performance.
Supporting acoustic performance* across a wide range of environments, it provides a versatile and proven ceiling grid solution for everyday commercial and institutional spaces.
*When paired with selected acoustic ceiling tiles.
Kwikloc® Premium
Our 15mm face suspended ceiling grid engineered for projects where refined aesthetics and clean architectural lines are the priority.
The Kwikloc® Premium creates a subtle grid profile that places greater emphasis on the ceiling tile and overall finish, supporting acoustic performance* in architecturally focused commercial and institutional environments.
*When paired with selected acoustic ceiling tiles.
Kwikloc® Corporate
Our 32mm Mitred Top Hat ceiling system engineered to integrate seamlessly with partition and door systems.
Designed for coordinated project outcomes, Kwikloc® Corporate supports acoustic performance* and seismic compliance while delivering clean architectural detailing and reliable long-term performance across adaptable commercial interior environments.
*When paired with selected acoustic ceiling tiles.
Kwik Connect
Our steel suspended ceiling system engineered for commercial environments where durability, structural integrity and value are the priority.
Built with robust steel components to meet Australian building standards, Kwik Connect delivers a reliable, practical ceiling grid solution that supports efficient installation, consistent long-term performance and dependable results across a broad range of everyday project types.
Custom Ceiling Solutions
Tailored ceiling solutions designed to meet unique project requirements across materials, finishes, forms and integrated system needs.
Studform partners with architects and project teams to achieve design objectives while maintaining performance, compliance and constructability outcomes.
Standard Ceilings by Application
Refer to the National Construction Code (NCC) to determine your building's Importance Level (IL). Seismic ceiling systems may be required depending on the building classification and project-specific requirements. Importance Level 1 (IL1) buildings are defined as structures presenting a low degree of hazard to life and other property in the event of failure.
Standard Ceiling Systems — Industry Applications
| Industries | Kwikloc® Regal | Kwikloc® Premium | Kwikloc® Corporate | Kwik Connect | Custom |
|---|---|---|---|---|---|
| Commercial | ✓ | ✓ | ✓ | ✓ | ✓ |
| Education | ✓ | ✓ | ✓ | ✓ | |
| Break Out Areas | ✓ | ✓ | ✓ | ||
| Offices & Fit Outs | ✓ | ✓ | ✓ | ✓ | |
| Retail | ✓ | ✓ | ✓ | ✓ | ✓ |
| Modular | ✓ | ✓ | ✓ | ✓ | ✓ |
Looking for a custom solution for your specific application?
Custom ceiling solutions designed to support unique architectural outcomes, with flexibility across materials, finishes, forms and integrated system requirements. Whether it’s wellness centres, pilates studios, hydrotherapy and rehabilitation spaces, aged care facilities, airports, modular environments or other specialty applications, Studform partners with project teams to achieve design objectives while maintaining performance and buildability.
Get in touchPerformance
Performance requirements vary significantly depending on building type, operational needs and project objectives. Acoustic performance, hygiene considerations, corrosion resistance, non-ferrous requirements and integrated lighting solutions can all influence broader project and operational outcomes.
With these criteria in mind, Studform has worked alongside industry to develop high-performance ceiling systems that address practical project requirements and evolving market needs. Designed with industry, for industry, Kwikloc® solutions have been engineered to support reliable, integrated outcomes across specialist applications.
Studform performance solutions are designed as part of an integrated system, where surrounding elements including ceiling tiles, partitions, doors and lighting contribute to overall performance outcomes. Achievement of the criteria outlined below relies on coordinated consideration of these elements as part of the overall design solution.
| Lead Performance Criteria | Application | Grid System Options | Wall Angle | Compatible Products |
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Acoustics Studform systems are designed to support the growing demand for quieter spaces. Acoustic performance increasingly forms part of the broader project brief, influencing comfort, privacy and the overall experience of a space. Utilisation of Kwiklux integrated lighting minimises acoustic absorption loss common with large surface area light fittings. |
Shadowline or standard wall angles can be used. |
Designed to work together, coordinated: To help create quieter, more functional environments. |
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Hygiene Studform systems are designed to support increasing hygiene requirements across built environments. Hygiene performance increasingly forms part of the broader project brief, influencing cleanliness, maintenance considerations and the ongoing functionality of a space. Supports compliance with Australian Health Facility Guidelines (AusHFG) and laboratory certification requirements. |
Emergency & Defence |
Standard wall angles recommended for the best outcomes for hygiene control. |
Designed to work together, coordinated: To help create hygienic, more functional environments. |
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Non-corrosive Studform systems are designed to support growing industry demand for high-quality, locally manufactured solutions in environments where long-term durability, low maintenance and non-corrosive performance are essential. Project requirements increasingly seek to balance open, visually appealing spaces with serviceability, operational performance and long-term appearance. |
Aquatic |
Shadowline or standard wall angles can be used. |
Designed to work together, coordinated: To help create non-corrosive and non-magnetic, more functional environments. |
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Non-magnetic ndustry requirements increasingly call for high-quality, locally manufactured solutions where specialist material selection influences long-term building performance. Studform systems help create non-corrosive and non-magnetic environments for healthcare, MRI, aquatic and other specialist applications where equipment compatibility and operational reliability are critical. |
MRI Rooms |
Standard wall angles recommended for the best outcomes for hygiene control. |
Designed to work together, coordinated: To help create non-corrosive, more functional environments. |
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Integrated Lighting Studform systems are designed to support the growing demand for integrated ceiling and lighting solutions. Project requirements increasingly consider the broader benefits of designed and coordinated systems, including design integration, serviceability, directional lighting performance and operational efficiency. |
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Specification
| Ceiling System | In General | Grid Modules | Perimeter Detail | Installation |
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Kwikloc® Seismic Provide a Kwikloc® Seismic aluminium
Material: The Kwikloc® grid shall consist of high grade aluminium powdercoated (specify satin white or other). All materials shall meet the requirements of AS 2785 - Suspended Ceilings Design and Installation. Specify with: Kwiklux Lighting, Studform Kwiktile, Rockfon tiles, NCS tiles. Recommended Applications: Level Importance Buildings IL2, IL3, IL4, Emergency & Defence, Healthcare, Corridors, Laboratories. |
Hangers, main tees and spacer tees shall be spaced so as not to exceed the designed ceiling load or as may otherwise be required to prevent deflection in excess of 1/360 of the span of the main tee or spacer. Extra hangers are to be provided for light fittings, mechanical services etc, that are supported by the grid system where point load above 7.5kg system designs are utilised. Three way bracing struts shall be used in accordance with specific seismic site design, or in general, to a maximum of 120m2. Down bracing shall be incorporated in external installations and areas adjacent to openings prone to uplift caused by external wind forces. Hold down clips shall be used in braced areas or as required. |
Wall Angles: Shadowline or standard wall angles can be used. Standard wall angles recommended for the best outcomes for hygiene control. Perimeter trim shall be ASTSA/B3600 Kwikloc® standard seismic two part floating wall angle or ASLSA/B3600 Kwikloc® Shadowline seismic two part floating wall angle securely fixed to two adjacent sides of each open ceiling area. Wall trim ASTS3600 Kwikloc® standard seismic fixed side wall angle or ASLS3600 Kwikloc® Shadlowline seismic fixed side wall angle shall be securely fixed to the opposing adjacent sides of above mentioned open ceiling areas in each instance. Main tees and spacers shall be fixed on to the floating wall angle with the KLSEI150 Kwikloc® Seismic wall angle bracket at every point with 2 x 5/32 aluminium rivets. Main tees and spacers shall be fixed to the alternate room side, to the ASTS3600 Kwikloc® standard seismic fixed side wall angle via the A90S standard or AS93 Shadowline bracket with 2 x 5/32 aluminium rivets to grid and 2 x 8 gauge screws to wall surface / structure. Extra ribbed wall angles ASTS3600XL Kwikloc® Seismic 32mm Extra Ribbed standard wall angle or ASLS3600XL Kwikloc® Seismic Extra Ribbed Shadowline wall angle also an option. Wall Angle Connection Brackets KLSEI85 and KLSEI85SL respectively to be used in conjunction with the ASTS3600XL / ASLS3600XL Wall Angle Options. |
The Grid Module: KL3600S 3600 Kwikloc® Seismic Main Tee shall be spaced at 600mm or 1200mm centres supported from the The KL1200S / KL600S Kwikloc® Seismic Cross Tees shall be positively locked together through the main tee slots to form the required module and KLSEI75 Kwikloc® Seismic Clip – inserted to complete the seismic connection. Refer to Project Specific Design Documents as required for Seismic Clip locations. |
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Kwikloc® Aquatic Provide a Kwikloc® Aquatic aluminium exposed grid system as manufactured by Studform. The exposed aluminium grid shall be Kwikloc® Aquatic 24mm powdercoated satin white as manufactured by Studform. All materials shall meet the requirements of AS 2785 - Suspended Ceilings Design and Installation. Specify with: Kwiklux Aquatic Lighting, Rockfon CleanSpace Pure RH100 tiles / NRC 0.95. Recommended Applications: Aquatic, Corrosive Environments, Hydrotherapy pools, coastal commercial, coastal retail, high humidity environments. |
Hangers, main tees and spacer tees shall be spaced so as not to exceed the designed ceiling load or as may otherwise be required to prevent deflection in excess of 1/360 of the span of the main tee or spacer. Extra hangers are to be provided for light fittings, mechanical services etc, that are supported by the grid system where point load system designs exceed 7.5kg. Down bracing shall be incorporated in external installations and areas adjacent to openings prone to uplift caused by external wind forces. Hold down clips shall be used in braced areas or as required. |
Wall Angles: Shadowline or standard wall angles can be used. Standard wall angles recommended for the best outcomes for hygiene control. Perimeter trim shall be ASTS3600XLAQ Kwikloc® Aquatic standard wall angle or ASL3600XLAQ Kwikloc® Aquatic shadowline wall angle securely fixed. Seismic perimeter bracing for free floating ends to ceiling runs shall be provided in accordance with Studform standard aquatic installation planning set documents. Additionally, it is recommended Studform provide specific seismic brace point markups on reflected ceiling plans for projects. |
The Grid Modules: KL3600AQ Kwikloc® Aquatic Main Tee shall be spaced at 600mm or 1200mm centres supported from the structure by either a 4mm aluminium wire at 1200mm maximum centres and no more than 600mm from the perimeter trim where trim secured at permieter and no more than 300mm for end of run trim type and no more than 150mm from any main tee join. The KL1200AQ / KL600AQ Kwikloc® Aquatic Cross Tees shall be positively locked together through the main tee slots to form the required module and KLSEI75-ST Kwikloc® Coated Stainless Seismic Clip – inserted to complete the seismic connection. All 1200mm cross tees shall be centre punched at 600mm to facilitate light fittings and/or mechanical services and any alterations thereof. Hanger Installation: All suspension points of the grid system shall consist of 4mm aluminium wire, securely twitched to main tees at no Where fixed to masonry soffits above the A95-AL bracket shall be used with masonry fixings to suit. Fixings shall be sealed with a coating of neutral cure silicone once installed. |
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Kwikloc® Standard - Regal The exposed aluminium grid shall be Kwikloc® Regal 24mm as manufactured by Studform. The Kwikloc® grid shall consist of high grade aluminium powdercoated (specify satin white or other). All materials shall meet the requirements of AS 2785 - Suspended Ceilings Design and Installation. |
Hangers, main tees and spacer tees shall be spaced so as not to exceed the designed ceiling load or as may otherwise be required to prevent deflection in excess of 1/360 of the span of the main tee or spacer. Extra hangers are to be provided for light fittings, mechanical services etc, that are supported by the grid system where point load system designs are exceeded. Down bracing shall be incorporated in external installations and areas adjacent |
Wall Angles: Shadowline or standard wall angles can be used. Perimeter trim shall be AST3600 Kwikloc® Standard Wall Angles or ASL3600 Kwikloc® Shadowline Wall Angles (reversible) securely fixed. Main tees and spacers shall be either notched on to the lip of the wall angle, or butted flush against the straight leg using KL100 Kwikloc® brackets, to ensure the grid and perimeter trim provide a flat even plane for lay in panels. |
The Grid Module: The KL3600 Kwikloc® Regal Main Tees shall be spaced at 600mm or 1200mm centres supported from the structure by either a 2.5mm or a 4mm soft galvanised rod at 1200mm max. centres and no more than 600mm from the perimeter trim and no more than 300mm from any main tee join. The cross tees shall be positively locked together through the main tee slots (at 300mm) to form the required module. |
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Kwikloc® Standard - Premium The exposed aluminium grid shall be Kwikloc® Premium 15mm as manufactured by Studform. The Kwikloc® grid shall consist of high grade aluminium powdercoated (specify satin white or other). All materials shall meet the requirements of AS 2785 - Suspended Ceilings Design and Installation. |
Hangers, main tees and spacer tees shall be spaced so as not to exceed the designed ceiling load or as may otherwise be required to prevent deflection in excess of 1/360 of the span of the main tee or spacer. Extra hangers are to be provided for light fittings, mechanical services etc, that are supported by the grid system where point load system designs are exceeded. Down bracing shall be incorporated in external installations and areas adjacent |
Wall Angles: Shadowline or standard wall angles can be used. Perimeter trim shall be AST3600 Kwikloc® Standard Wall Angles or ASL3600 Kwikloc® Shadowline Wall Angles (reversible) securely fixed. Main tees and spacers shall be either notched on to the lip of the wall angle, or butted flush against the straight leg using KL100 Kwikloc® brackets, to ensure the grid and perimeter trim provide a flat even plane for lay in panels. |
The Grid Module: The KL3600P Premium Main Tees shall be spaced at 600mm or 1200mm centres supported from the structure by either a 2.5mm or a 4mm soft galvanised rod at 1200mm max. centres and no more than 600mm from the perimeter trim and no more than 300mm from any main tee join. The cross tees shall be positively locked together through the main tee slots (at 300mm) to form the required module. All 1200mm cross tees shall be centre punched at 600mm to facilitate light fittings and/or mechanical services and |
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Kwikloc® Standard - Corporate The exposed aluminium grid shall be Kwikloc® Corporate 32mm mitred top hat as manufactured by Studform. The Kwikloc® grid shall consist of high grade aluminium powdercoated (specify satin white or other). All materials shall meet the requirements of AS 2785 - Suspended Ceilings Design and Installation. |
Hangers, main tees and spacer tees shall be spaced so as not to exceed the designed ceiling load or as may otherwise be required to prevent deflection in excess of 1/360 of the span of the main tee or spacer. Extra hangers are to be provided for light fittings, mechanical services etc, that are supported by the grid system where point load system designs are exceeded. Down bracing shall be incorporated in external installations and areas adjacent Centre flute of Corporate grid to facilitate partition fixing to ceiling without damage to system. |
Wall Angles: Shadowline or standard wall angles can be used. Perimeter trim shall be AST3600 Kwikloc® Standard Wall Angles or ASL3600 Kwikloc® Shadowline Wall Angles (reversible) securely fixed. Main tees and spacers shall be either notched on to the lip of the wall angle, or butted flush against the straight leg using KL100 Kwikloc® brackets, to ensure the grid and perimeter trim provide a flat even plane for lay in panels. |
The Grid Module: The KLTH3600 , KLTH4050 / KLTH4500 Kwikloc Corporate Mitred Tophat Main Tee shall be spaced at 1200mm , 1350mm or 1500mm respectively and supported from above structure with 4mm soft galvanised suspension rods at 1200mm , 1350mm and 1500mm centres respectively and no more than 600mm from the perimeter trim where trim secured at perimeter and no more than 150mm from any main tee join. |
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Kwik Connect Standard joggled connection steel grid Ceiling System for budget driven projects available on request. Contact the Studform Team for more information. |
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Studform Custom Ceiling Custom ceiling system are available on request. Contact the Studform Team for more information. |
Compatible Solutions
Common questions about Ceiling Systems
What types of projects are Studform ceilings suited for?
Studform ceilings are designed for commercial, healthcare, education, aquatic, defence and infrastructure projects, particularly where performance, compliance and coordination are critical.
Are Studform ceilings Australian made?
Yes. Studform ceilings are designed and manufactured in South Australia, enabling responsive service, local engineering support and consistent quality control.
What standards do Studform ceilings comply with?
Studform ceiling systems are designed in accordance with AS/NZS 2785:2020 Suspended ceilings – Design and Installation and consider requirements of Earthquake Design Standard AS 1170.4:2024 for non-structural components.
Why is seismic ceiling design important?
Seismic design helps protect occupants, equipment and building functionality during an event, supporting continuity of service, not just structural survival.
Has the Kwikloc® seismic system been tested?
Yes. Kwikloc® seismic systems have been independently tested under extreme conditions, including multi-directional shake table testing to validate performance under seismic load.
What makes Studform ceilings different from standard grid systems?
Studform's Kwikloc® system delivers a flat, even grid with minimal bracing, increasing usable ceiling cavity and simplifying service coordination. A dual wall angle system accommodates compression and expansion at the perimeter, helping maintain a consistent ceiling plane.