Architectural Models Print E-mail

Intricate, precision models of high-rise buildings, skyscrapers, shopping malls and other major architectural design projects often play a key role in customer presentations, site displays and marketing materials. Three-dimensional solid models also facilitate discussions of specific design details during lengthy construction programs.

Innovative Polymers manufactures rigid polyurethane foams as well as polyurethane casting systems that are ideal for building high-accuracy, durable architectural models.  Our products are also well suited for building architectural-quality decorative details such as balustrades, crown moldings and millwork.  Used as an economical, low-maintenance alternative to carved wood, polyurethanes do not rot, splinter or crack and replicate the most intricate details for high-quality construction.

Architectural-grade polyurethanes from Innovative Polymers include:

Rigid Foams
FM-series 4 lb. - and 6 lb.-density foams in the Innovative Polymers product line are formulated for hand-batch or meter-mix dispensing.  Formulated without mercury, MOCA or TDI, the products cure at room temperature and can be demolded in less than 15 minutes.  Light tan in color, the foams are easy to paint.

Advanced Shore D Polyurethanes
Innovative Polymers IE-3030, IE-3070 and IE-3075 polyurethanes are designed for hand-batch mixing and pouring.  They can be cast over steel or brass inserts required for added strength or aesthetics.  The polyurethanes feature:

  • Ultra-low viscosity
  • Easy to handle 1:1 mix ratio by volume
  • Rapid gel time of <10 minutes at room temperature
  • Demold time of 10 minutes to one hour
  • Shore hardness from 70D - 80D+/-5
  • Tensile strength of 4,950 psi to 10,500 psi
  • Flexural modules values ranging from 175,000 psi to 420,000 psi

IE-3030 and IE-3070 polyurethanes are paintable and are tough enough to withstand handling and shipping without breakage.  For architectural details, the polyurethanes can be exposed to weather and temperature extremes without deforming.

Case History - Capitol Dome