The versatile choice for architectural design

The versatile choice for architectural design

RMIG Expanded Metal is a light, versatile and attractive choice for building applications because of its aesthetic qualities and the creative freedom it offers.

Expanded metal from RMIG has become increasingly popular among architects for its wide spectrum of aesthetic and functional advantages, and is often the ideal choice when working with materials such as concrete, steel and glass. It can be used for both practical and decorative purposes and it offers architects a new level of creative freedom when designing applications such as facade cladding, sun screens, ceilings, fencing and protective screening. The high strength and anti-skid qualities also make expanded metal the best choice for walkways, platforms and similar applications.

RMIG Expanded Metal has a modern yet timeless look, and creates the possibility of designing unique and eye-catching shapes and expressions – yet another reason why architects favour this versatile product. RMIG has its own production facilities for expanded metal where sheets are manufactured from, for example, aluminium or steel. The expansion of the metal takes place in one efficient production process. Expanded metal is made in one piece without joints or welds, which makes it ideal for forming, pressing and cutting. There is no metal lost in the process and, as expanded metal is also virtually maintenance-free, this increases the cost-effectiveness of the material. Combined with its high strength and outstanding anti-skid qualities, there are many valid reasons for using expanded metal.

Learnmark, Horsens, Denmark Material: Aluminium EN 1050, 2 mm, approx. 1.600 m2                  Pattern: Expanded LT200x80x24x2 and LT115x52x24x2                   Function of the perforation: Facade  Building information: Technical High School, 3 buildings, finished 2014   Surface treatment: Powder coating / RAL 9010.  Name of customer: Rahbek Brande. Name of architect: Kjær & Richter A/S.  Sheets produced by Fils, Italy Photographer: Michael Nielsen Permission to use the photo: given by Head of Communication: Elisabeth Damkjær, Learnmark Horsens
Learnmark, Horsens, Denmark
Material: Aluminium EN 1050, 2 mm, approx. 1.600 m2
Pattern: Expanded LT200x80x24x2 and LT115x52x24x2
Function of the perforation: Facade
Building information: Technical High School, 3 buildings, finished 2014
Surface treatment: Powder coating / RAL 9010.
Name of customer: Rahbek Brande.
Name of architect: Kjær & Richter A/S.
Sheets produced by Fils, Italy
Photographer: Michael Nielsen
Permission to use the photo: given by Head of Communication: Elisabeth Damkjær, Learnmark Horsens

 

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