WEICON WR Technisches Datenblattcnco_de_tds_weicon_wr.pdf
224.99 kB
Item available in 3 variants:
Price and stock visible after login
Description
WEICON WR is suitable for areas where metal parts are exposed to strong wear due to friction. For example, the epoxy resin system can be used for repairs and recasting of shafts, for pouring out bearings as well as cutting and punching tools, for the production of casting and profile milling models as well as drawing moulds, for the underpouring of machines and foundations and as wear-resistant base layer before the final coating with WEICON Ceramic BL. It can be used in mechanical engineering, toolmaking, model and mould making as well as many other areas.
Attributes
Adhesive strength|DIN EN ISO 4624
12.0 MPa
Aluminium sandblasted
7 N/mm²
Base
Epoxy
Bending strength |DIN EN ISO 178
72 MPa
Breite
110.0
Coating sequence time|(35 % of strength)
5 Hours
Coefficient of thermal expansion|ISO 11359
45·10-6 1/m·K
Colour
black
Component temperature
>3 °C above dew point
Compressive strength|DIN EN ISO 604
100.0 MPa
Consistency
Liquid
Construction material class|DIN 4102
B2
Consumption|layer thickness 1.0 mm
2.4 kg/m²
Density of hardener
1.0 g/cm³
Density of the mixture
2,4 g/cm³
Density resin
2.9 g/cm³
E-modulus (bending)|DIN EN ISO 178
5100-5500 MPa
E-modulus (compression)|DIN EN ISO 604
5800-6300 MPa
E-modulus (tensile)|DIN EN ISO 527-2
4900-5300 MPa
Elongation at break (tensile)|DIN EN ISO 527-2
1,0 %
End hardness|(100 % of strength)
16 Hours
Filling material
Steel
Hardness (Shore D)|DIN ISO 7619
83±3
Heat deflection temperature|DIN EN ISO 75-2
+48 °C
Lieferumfang
VerarbeitungsspatelGebrauchsanweisungHandschuheHarz & Härter
Magnetic
ja
Max. layer thickness | per work step
10.0 mm
Mechanically loadable after|(80 % of strength)
7 Hours
Mixing ratio by volume
100:43
Mixing ratio by weight
100:15
Processing temperature
+15 °C to +40 °C °C
Relative humidity
< 85 %
Sales bundle
Plastic box
Shrinkage
0,06 %
Stainless steel V2A sandblasted
11.0 MPa
Steel 1.0338 sandblasted
12.0 MPa
Temperature resistance
-35 °C to +120 °C
Tensile strength|DIN EN ISO 527-2
46.0 MPa
Tg after curing at RT|(DSC)
~ +48 °C
Thermal capacity|DIN EN ISO 22007-4
0.64 J/(g·K)
Thermal conductivity|DIN EN ISO 22007-4
0.5 W/m·K
Through resistance|DIN EN 62631-3-1
1,53·10¹³ Ω·m
Topfzeit|bei 20 °C, 500 g Ansatz
40 Min.
Viscosity of the mixture|at +25 °C
4000-5000 mPa·s














