Polymethylmethacrylate

Acrylic glass GS can be milled, drilled and sawn and, as a thermoplastic plastic, can be shaped (deformed) at temperatures between 160 and 180 degrees. When processing it with a CNC milling machine please take into account the thickness tolerances (the variability) of the acrylic glass. The values for the possible tolerances can be calculated with the help of the following formula: Tolerance = ± (0.4 + 0.1 x thickness) mm. For intricate milling work like that which often is required in model making, we recommend you use cast Precision acrylic glass.

This article is available cut to size. Choose your desired size! You can find more information under customization. 

The thicker acrylic glass GS sheets and blocks can be used very well as solid construction material in model making. Because the GS material does not tend to melt when being machined, the building of transparent steel and glass constructions with lightly roughened acrylic blocks - especially in small dimensions - turns out remarkably well (sand with 400 to 600 grit paper).

Acrylic glass GS sheets and blocks are produced by means of liquid PAMMA polymerizing between two sheets of glass. This process produces a material with outstanding characteristics: it is fracture resistant (compared to glass), weather resistant, highly transparent and lends itself to being shaped and processed.

Acrylic glass GS can be milled, drilled and sawn and, as a thermoplastic plastic, can be shaped (deformed) at temperatures between 160 and 180 degrees. When processing it with a CNC milling machine please take into account the thickness tolerances (the variability) of the acrylic glass. The values for the possible tolerances can be calculated with the help of the following formula: Tolerance = ± (0.4 + 0.1 x thickness) mm. For intricate milling work like that which often is required in model making, we recommend you use cast Precision acrylic glass.

This article is available cut to size. Choose your desired size! You can find more information under customization. 

In addition to their use in architectural model making, acrylic tubes are also used in the manufacture of furniture, displays and decorations, as they are easy to bend when hot. They can be combined well with the tube connector system.

To prevent the tubes from buckling, they are tightly filled with sand before bending and sealed with plugs at the ends so that the sand cannot be displaced. After heating to forming temperature, bend in the bending jig. To avoid wrinkles on the inside edge of the bend, pull lightly on the ends of the tubes. To cut the tubes, simply saw them - with a metal saw blade that is only slightly set. If you do not want to saw yourself, we can also cut acrylic tubes to size on request. Please note the information under customization.