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Designed and manufactured in South Australia, with responsive delivery and on-project support from a team that understands complex builds.
High-performance seismic systems engineered for IL3–IL4 buildings, independently tested to extreme conditions to support safety and continuity of service.
Flat grid design with minimal bracing creates more usable cavity space, while integrated ceilings, lighting and services reduce coordination risk and simplify installation.
Tested, documented and supported to meet Australian seismic and building standards.
The Kwikloc® seismic ceiling system represents a step change in ceiling performance for critical environments.
Its patented two-part wall angle and sliding bracket assembly allows the ceiling to fix on one side and float on the other in both directions, maintaining a flat, even plane throughout the installation. This ensures accurate tile nesting, consistent finish and reliable performance under seismic movement - making it particularly suited to healthcare and high-compliance environments where hygiene is essential.
Tested to withstand seismic forces of up to 3G, Kwikloc® delivers industry-leading performance in high-importance buildings and critical environments.
Designed to maintain a flat, even ceiling plane, the system ensures accurate tile nesting while reducing the need for traditional bracing - opening ceiling cavities for better service integration. The result is a ceiling system that simplifies installation and delivers a clean, reliable architectural outcome across a wide range of applications.
During the 5.5 Kaikōura earthquake, 14th November 2026, the 120m² Kwikloc ceiling installed without intermediary bracing.
John Woodside on the Royal Adelaide Hospital, which Studform helped develop and rigorously test a seismic ceiling system.
At an internationally recognised, shaker table facility, where conventional systems typically fail at Sds 2.0–2.25.
The Seismic System is supported by industry specialists looking for solutions in high seismic risk regions or High Level Importance buildings.
Studform ceilings are designed for commercial, healthcare, education, aquatic, defence and infrastructure projects, particularly where performance, compliance and coordination are critical.
Yes. Studform ceilings are designed and manufactured in South Australia, enabling responsive service, local engineering support and consistent quality control.
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.
Yes. Downloadable BIM content and detailed specification tools are available through our resources page, designed to streamline documentation from concept through to construction.
Importance Level 3 and 4 (IL3–IL4) buildings include facilities where continued operation is critical, such as hospitals, emergency services and essential infrastructure.
Seismic design helps protect occupants, equipment and building functionality during an event, supporting continuity of service, not just structural survival.
Yes. Kwikloc® seismic systems have been independently tested under extreme conditions, including multi-directional shake table testing to validate performance under seismic load.
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.
Reduced bracing means fewer obstructions in the ceiling cavity, making it easier to coordinate services such as HVAC, lighting and cabling which is particularly important in service-dense environments like healthcare.
Yes. Kwikloc® systems are designed to integrate with Kwiklux lighting, allowing ceilings and lighting to be coordinated as a single system for improved efficiency and design consistency, while maintaining strength and seismic performance. The Kwiklux product acts as a spacer replacement and simply clips into the grid system.
Yes. Studform can supply ceiling tiles designed for high-humidity environments such as aquatic centres, with durability, cleanability and long-term performance in mind.
Yes. Hygienic ceiling tiles are available for healthcare and clean environments, supporting cleaning protocols and long-term performance. The flat ceiling plane enables precise tile nesting, helping minimise dust transfer from the ceiling cavity. Studform can also supply Kwiktile timber tiles and source specialist medical-grade tiles through international partners where required.
Yes. The flat grid system supports consistent tile placement and easier removal and replacement where required. The tiles
Yes. The modular design and integrated system approach simplify installation and reduce coordination challenges on site.
Yes. Studform works with project teams to provide shop drawings, system design input and technical support throughout the project lifecycle. This includes brace positioning, BIM modelling to coordinate services within the ceiling cavity, and integration of lighting design requirements such as lux levels and glare control from reflected ceiling plans (RCPs).
Yes. Site support and technical guidance can be provided to help ensure correct installation and system performance, supported by detailed installation guides and documentation.
Studform ceiling systems are backed by a 15-year warranty*, reflecting confidence in system durability and performance.
Yes. Studform can supply the ceiling grid, tiles and integrated lighting components as a coordinated system.
Local manufacturing and streamlined system design support faster lead times and more reliable project delivery.
Yes. Studform systems are designed to accommodate wide range of ceiling tiles. We also offer design support to help select tiles that align with performance requirements while achieving the desired aesthetic outcome for the project.