HK multipoint locks

HK multipoint locks

In recent years, aluminium sliding windows have evolved considerably in terms of performance and user-friendliness. Our hardware R&D department has developed a range of accessories to meet current market demands.

As such, we have extended our product range for sliding windows by incorporating HK multipoint locks with hooks, specially developed for the slotted-frame profile series.

» Locking hooks for slotted frames

The locks are supplied with different locking points in the form of hooks, which are strategically distributed in order to improve security for systems with slotted frame profiles.

» Adaptability according to profile type

Available in different lengths of 600, 1000 and 1600 millimetres, as well as needles of 7.5, 15 and 25 millimetres to adapt to different sliding window profiles.

» Secure solutions

All the multipoint options have an anti-lift system that prevents the sash from disassembling when closed.

» Clean aesthetics

The slotted frames allow the locks to be embedded in the window profile so that they do not protrude, maintaining the clean aesthetics of the sliding opening system.

» CCompatibility with TITAN flush handles

The HK multipoints enable transmission square movement up to 180º. The TITAN handle range, with a design flush to the sash profile, takes advantage of this unique locking feature, ensuring that it can be operated and that the sashes can be crossed in sliding windows.

» Larger sash opening

By turning the handle 180º on straight handles and positioning the strikers in the frame in the right way, it is possible to reduce the distance between the cross profiles, significantly increasing the leaf opening, because with the handle in this position the point of interference against the central node is delayed.

» Corrosion resistance

Steel plates have been treated to guarantee resistance to corrosion in compliance with the UNE-EN 1670  standard, attaining a grade 4 classification that provides high resistance to corrosion and enables them to be used in environments with adverse climatic conditions.

STAC

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