Top Scissor Stays

At Locks & Handles we understand that your tilt and turn windows should stay exactly where you leave (or position) them and not slam shut or swing wide. That’s why we offer quality top scissor stays. These are critical hold-open mechanisms within the scissor hinge assembly.

What they do is they provide controlled resistance and position locking throughout the window’s tilt range. These components often have friction elements, ratchet mechanisms, or even spring-loaded detents that balance convenience with safety. In simple words, they allow smooth window operation while preventing uncontrolled movement from accidental bumps or even sudden wind gusts.

The sophisticated engineering enables scissor stays to support significant loads at various angles without losing effectiveness or fatiguing. Premium versions have adjustable tension to enable installers and DIY-savvy homeowners to fine-tune them for different user preferences and window weights. When these stays fail, windows become unpredictable and potentially dangerous, especially in windy conditions or high-traffic areas where accidental contact is likely.

We recognises just how indispensable these components are (especially to maintenance engineers and fenestration specialists). So, we carry only reputable stays, like those from SI and Siegenia. You can trust our collection to last many decades and let you enjoy your window’s full function.

Filter By

Price
£ -
Discontinued
Manufacturer
Backset
Centres PZ
Faceplate
Spindle Size
Rollers
Mushrooms
Hooks
Pin Bolts
Deadbolts
Autolatches
Other Locking Points
Main Gearbox
Operation
Shootbolt Attachments
Spindle
1,2 or 3 piece
Handing
Distance Between Inner Locking Points
Distance Between Outer Locking Points
Color
Height
Top Hook To Spindle
Bottom Hook To Spindle
Top Roller To Spindle
Bottom Roller To Spindle
Top Mushroom To Spindle
Bottom Mushroom To Spindle
Top Deadbolt To Spindle
Bottom Deadbolt To Spindle
Top Pin To Spindle
Bottom Pin To Spindle
Top Autolatch To Spindle
Bottom Autolatch To Spindle
Description