Anchorjak™ Floating Timber Platforms - Deck Foundation Accessories NZ | ArchiPro
Glass Vice

Anchorjak™ Floating Timber Platforms

Introducing the Anchorjak™ range for floating platforms.

Glass Vice® Anchorjak™ is a Floating Decking system designed to make the installation of floating platforms a breeze while providing a quality level platform for great indoor/outdoor flow.

Our Anchorjak™ range is created from injected polypropylene molds tested to far exceed 500kg of downward force per Anchorjak™ unit.

The Anchorjak™ range comes in six different sizes ranging between 20mm and 65mm. These can then be extended with the pedestal extender to meet height requirements.

Permeable Tile/Pavers/Timber

As the Anchorjak™ system is totally floated, there is no adhesive or fixing involved.  All the tiles and pavers are removable for inspection purposes and as an added advantage, additional services can be run under the suspended tiles or pavers. Timber should be fastened using stainless steel screws, the decking can also be removed for inspection of the membrane deck as required. 

Anchorjak™ with Timber Overlay

Our product is a great choice when building a floating timber platform. It enables the structure to be built in a number of ways utilizing Aluminium or Timber frames.

The Anchorjak™ accessories range ensures the best finish for your floating platform while maintaining strength and durability.

Cornakeepa™ - A patented product designed to be glued onto the corners of a tile. The rubber structure provides compression and limits movement as well as noise. Designed with an interlocking knob to insert into the pedestal port ensuring stability over time. Comes in a pack of four.

Tile Port Block - Created to sit perfectly within the aluminium channel system. The blocks are spaced tile widths apart and enable the corner keeper to lock in when the aluminium is fixed to the pedestal.

Pedestal Extender - Provides an extra 65mm of height without impeding on the structural integrity.

Angle Base - Available in either a 2 or 4 degree angle, used to create a level finish without compromising on stability.

Introducing the Anchorjak™ range for floating platforms.

Glass Vice® Anchorjak™ is a Floating Decking system designed to make the installation of floating platforms a breeze while providing a quality level platform for great indoor/outdoor flow.

Our Anchorjak™ range is created from injected polypropylene molds tested to far exceed 500kg of downward force per Anchorjak™ unit.

The Anchorjak™ range comes in six different sizes ranging between 20mm and 65mm. These can then be extended with the pedestal extender to meet height requirements.

Permeable Tile/Pavers/Timber

As the Anchorjak™ system is totally floated, there is no adhesive or fixing involved.  All the tiles and pavers are removable for inspection purposes and as an added advantage, additional services can be run under the suspended tiles or pavers. Timber should be fastened using stainless steel screws, the decking can also be removed for inspection of the membrane deck as required. 

Anchorjak™ with Timber Overlay

Our product is a great choice when building a floating timber platform. It enables the structure to be built in a number of ways utilizing Aluminium or Timber frames.

The Anchorjak™ accessories range ensures the best finish for your floating platform while maintaining strength and durability.

Cornakeepa™ - A patented product designed to be glued onto the corners of a tile. The rubber structure provides compression and limits movement as well as noise. Designed with an interlocking knob to insert into the pedestal port ensuring stability over time. Comes in a pack of four.

Tile Port Block - Created to sit perfectly within the aluminium channel system. The blocks are spaced tile widths apart and enable the corner keeper to lock in when the aluminium is fixed to the pedestal.

Pedestal Extender - Provides an extra 65mm of height without impeding on the structural integrity.

Angle Base - Available in either a 2 or 4 degree angle, used to create a level finish without compromising on stability.