Type of material: Photopolymers
FullCure 525 Helios1. Fireproof material reproduces thermal specifications of standard plastics, therefore he differently will suit for thermal tests of static details. This photopolymer can be mixed with Elastic material that diversity of unique materials with adjustable properties will give.
3D printing with heat-resistant materials
Given material (RGD525, white) combines resistance to heating with exclusive stability of dimensions. On thermal specifications he is comparable with engineering plastics, so, can be used for the appropriate tests. For example, flow of hot air or water in tubes and gates.
Detail from Fireproof material immediately after stamp has temperature began deformations 63-67 ° С. Thermal postprocessing in programmed furnace can increase this value up to 75-80 ° С.
Create details steady to heating with improved performance characteristics
Mixing Fireproof material with Elastic, you can reach a series of the values of hardness on Shoru, to receive various shades of grey, or, alternatively to create a flexible material with increased stability to heating. Apart from it, combining them in one model, it is possible to create, for example, a fireproof detail with rubbered surface.
Plenty of application variants
Fireproof photopolymer will be useful in many cases, including:
Tensile capacity | 70-80 MPa |
Bending strength | 110-130 MPa |
Impact strength on Izodu (with notch) | 65-80J/m |
Hardness on Shoru | 87-88 D |
Temperature of start of deformations (at 0,45 MPA) | 63-67 ºС |
Density | 1,17-1,18 g/sm3 |
Minimum wall thickness | 0,3 mm |
Minimum diameter of the aperture | 1,5 mm |
Measurement | 0,02 mm |
Maximum size of the model | 342х342х200 mm |