As of February 1, 2024, Sayfa Australia and its American partner Fixfast USA became known as Kattsafe worldwide.
Kattsafe, design and deliver world-leading height access and fall protection systems that offer maximum safety with minimum fuss. Because simpler systems are safer systems.
Height access and fall protection products
Designed by industry-leading experts and manufactured using advanced fabrication techniques, every Kattsafe component, product, and system is designed to meet the highest specifications for complete confidence.
Fall arrest anchor points allow maintenance personnel to access and work on roofs and facades safely.
Kattsafe anchor points are specifically designed, manufactured, and tested to comply with and often exceed Australian Standards. They effectively handle excessive loads and save lives when used with a harness and lanyard system.
Dependable energy-absorbing anchor points for personnel working at height
The range of proprietary anchor points is designed, engineered and tested to perform in multiple and diverse situations, utilising years of ‘know-how’ and cutting-edge technology.
- Simple and quick installation
- Variety of fall arrest and rope access anchor points suitable for any application
- Batch tested and numbered to provide full traceability from manufacture to installation.
- Compliance with Australian and New Zealand Standards
- 10-year product warranty
Protection and compliance from systems you can trust
Kattsafe anchor points are manufactured to Australian and New Zealand Standards AS/NZS 5532:2013 AS/NZS/ISO22846 and AS/NZS1891. They undergo rigorous tests, including static and dynamic load tests, to ensure they perform as expected when required.
- Our anchor points offer a full range of functionality and can be used for many applications, including roof maintenance, gutter cleaning, and facade access.
- Many of the fall arrest anchor points incorporate unique patented energy-absorbing technology, which drastically reduces the user’s impact and additionally prevents damage to the structure in the event of a fall.
