Mardeco Oval M-Series 9004/Set Flush Pull Privacy Set
BSC9004/Set
UNCOMPROMISING SIMPLICITY
The M-Series by Mardeco sets a new benchmark in cavity sliding door hardware. At the heart of the range are our premium M Series 8004 and 9004 cavity sliding door locks—engineered for smooth operation, clean aesthetics and absolute reliability.
Designed in New Zealand, the M-Series Cavity Sliding Door Lock reflects everything Mardeco stands for: quality, thoughtful design and outstanding service. From the refined flush pulls to the precision-built privacy locks, every detail has been considered. The 8004 and 9004 deliver a seamless locking solution for timber and aluminium cavity doors, offering the perfect blend of function and minimalist style.
Installation is effortless thanks to detailed instructions, templates and additional parts for multiple door applications. Even our packaging and resources have been developed with the installer in mind—clear, practical and consistent.
With so many decisions to make in any fit-out, choosing the right cavity door hardware shouldn’t be one of them. The M-Series brings together innovation, cohesion and timeless design, making it the simple choice for modern interiors.
The Design Story behind the M-Series Range by Mardeco read more>
- Stainless steel fasteners
- Elegant sliding lock mechanism
- Adjustable backsets
- Multiple spindles to suit a range of door thicknesses
- Sensible ergonomic end pull design
- Available in 7 finishes
FLUSH PULL PRIVACY SET packs also include:
- 50-55mm solid brass backset. (35mm available on request)
- 3 x spindle sizes to suit door thicknesses 34 - 50mm.
- Comprehensive installation instructions.
- Templates for multiple applications.
- All fixing components and fasteners for timber or aluminium sliding doors.
- Mardeco hex screwdriver.
Everything you need to get it right on site.
How to install the 9004 Flush Pull Privacy Set:
How to change over the brass backset on the 9004 Privacy Set:
Video courtesy of The Tidy Tradie - Lock Carpenter Sydney Australia: