Project date: 2021 Where: The Netherlands – Utrecht Made by: Curve Works
How it’s made: The 360 m² free-form ceiling is made of Tempera panels. Lightweight sandwich panels with water-based resin. Blind-mounted, with integrated sprinklers and air circulation vents.
Project date: 2015 Where: The Netherlands – Amersfoort Made by: Van Boekel and Be Concrete
How it’s made: The side panels are made of A1 with an aluminum structure. The weight is now 150 kg per panel, which if in concrete would be a tenfold.
Hotel - Istanbul
Project date: 2015 Where: Turkey – Istanbul Made by: Suberta
How it’s made: In the Sultanah met area in the Turkish city Istanbul a successful A1 project has been finished. Both the stone and wood façades are made of A1.
Olympic Hotel - Amsterdam
Project date: 2018 Where: The Netherlands – Amsterdam Made by: Poly Products
How it’s made: A1 was mixed with sand and applied in a mould with brush, roller or by spraying. Several layers of A1 Triaxial fibre were used to reinforce the panels.
Church in Dobieszowice - Poland
Project date: 2015 Where: Church in Poland (Dobieszowice) Designed by: Jacek Kicinski
How it’s made: The lightweight panels where made in a silicon mould and nicely connected on side.
Columns shopping centre - Zoetermeer
Project date: 2009 Where: Zoetermeer Made by: Vazupol
How it’s made: Columns were made by using a mould. A1 was mixed with yellow sand reinforced with several layers of A1 Triaxial fibre.
Church in Bà Nà Hills - Vietnam
Project date: 2014 Where: Da Nang – Vietnam Made by: Sunland Group
How it’s made: A1 project located on Bà Nà Mountain which includes a replica of a French town, a church, shopping mall, restaurants etc.
Legoland Flagship Store - Amsterdam
Date: 2019 Where: The Netherlands – Amsterdam Made by: Poly Products
Ahoy - Rotterdam
Project date: 2011 Where: Ahoy Rotterdam (indoor event center) Made by: Kool Polyester
How it’s made: A1 with layers of A1 Triaxial fibre, finished with a red/orange coating. Because of the fire retardant properties A1 was chosen, to replicate the fine wood structure of an original wooden panel.