REN SHAPE® 460
Prototype tool & precision modeling
REN Shape 460 is a moderate density precision modeling board that features a lower coefficient of thermal expansion to provide enhanced dimensional stability over a broader temperature range than other modeling boards. REN Shape 460 provides the same excellent definition and accuracy for which the REN Shape family of products is well-known. Machinable with carbide cutters, REN Shape 460 offers ultra-fine surface finish, outstanding resistance to shrinkage and warping and superior reproduction of intricate detail.
Typical Properties
| Color | Light Brown |
| Density (ρ) | 48 lb/ft3 [768.8 kg/m3] |
| Hardness | 64 Shore D |
| Flexural Strength | 3700 psi [25.5 Mpa] |
| Flexural Modulus | 185,000 psi [1275.6 Mpa] |
| Compressive Strength | 2,800 psi [15.1 Mpa] |
| Compressive Modulus | 181,000 psi [1247.9 Mpa] |
| Tensile Strength | 1,800 psi [12.4 Mpa] |
| Glass Transition Temp | 219°F [103.8°C] |
| Coefficient of Thermal Expansion (CTE) | 29.9 x 10-6 in/in°F [53.8 x 10-6 m/m/°C] |
Available Sizes
2” x 20” x 60” (51mm x 508mm x 1524mm)
3” x 20” x 60” (76.4mm x 508mm x 1524mm)
4” x 20” x 60” (101.6mm x 508mm x 1524mm)
2” x 24” x 60” (51mm x 610mm x 1524mm)
3” x 24” x 60” (76.4mm x 610mm x 1524mm)
4” x 24” x 60” (101.6mm x 610mm x 1524mm)
Accessories
REN-Weld 103
Machining
Cutters: Roughing – 1”(25.4mm) Hog Ball End Mill, 4-flute, HS Steel 8% Cobalt
Finishing – 5/8”(15.875mm) Ball End Mill, 2-flute carbide
Depth: Roughing – varied from ¼”(6.35mm) to 2.5”(63.5mm) with 40% stepover
Finishing: 1/8”(3.175mm) deep leaving 0.002”(0.05mm) scallop height
Roughing speed: 1600RPM ∙ Roughing Feed 40IPM
Finishing speed: 10,000RPM ∙ Finishing feed 100IPM
Safety
Do not use or handle this product until the MSDS has been read and understood.
Applications
REN 460 applications may include temporary or throw-away master molds, styling and visual models, prototypes and prototype foundry patterns, vacuum form molds, architectural and automotive die models, tooling aids and fixtures and other applications requiring fast machining and good model surfaces.