Epoxy casting sistems

code short description

potlife

[mins]

density

[g/cm3]

hardness

[shore_D]

flexural

modulus

[MPa]

Tg

[°C]

data

sheet

EP4620 Two-component system, iron filled, tough but workable with good heat resistance. The product is designed to create support masks, tools for vacuum forming and as back-filling compound. 120 3.0 88 8800 70


EP4622

Filled epoxy casting system; flame-retardant.

40  1.5  86  4030 44 
EP4625 Low viscosity two-component system aluminum filled, formulated for high temperature applications. Very low shrinkage, excellent polishing properties and stability up to 160°C. Designed for compact polyurethane molds, RIM molds. 100/140 1.7 91 7500 160

EP4626 Low viscosity two component system, aluminum filled, very low shrinkage, high definition, excellent polishing properties and high thermal conductivity. Designed for polyurethane and vacuum forming molds. 180/240 1.6 93 6500 80


EP4627 Two components system containing abrasive fillers, characterized by good mechanical properties, shock and pressure resistant. Used as casting resin, with possible further addition of inert fillers for polyurethane molds, general purpose casting. 110/120 1.6 80 2260 42


EP505 Low viscosity two components unfilled epoxy system, high transparency and good resistance to yellowing, high gloss and flexibility. Designed for encapsulation and casting in thicknesss up to 20mm.. 50 1.1 79 1880 50


EP510 Transparent cycloaliphatic epoxy system, UV resistant. Designed for embedding and casting in thicknesses up to 80mm. 24 hrs 1.1 80 1870 57
EP800 High performance, two part aluminium filled compound with high strength and outstanding heat resistance. Easy to handle and can be machined after cure. Designed for thermoplastic molds, piping's jointing and applications requiring high stability to heat. 480/540 1.7 90 7700 199


EP900 High performance, two part ceramic microspheres filled compound with  outstanding heat resistance. Easy to handle and can be machined after cure. Designed for thermoplastic molds, piping's jointing and applications requiring high stability to heat. 540 1.46 90 6580 174