DE Technisches datenblatt 10552024 Aluminium-Minutenklebercnco_de_tds_10552024_aluminium-minutenkleber.pdf
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2-component epoxy resin adhesive
24 ml double syringe Weicon Aluminium Minute AdhesiveItem-no.: 1414577Supplier number: 10051229EAN: 4024596061050
PU (Packaging): 12 STKQuantity:
1 STKPackable
Item available in 2 variants:
Description
WEICON Aluminium Minute Adhesive is an odourless, two-component epoxy adhesive filled with aluminium. It cures fast at room temperature and practically without shrinkage. After curing, the adhesive can be machined (filing, drilling, milling). Aluminium Minute Adhesive is gap-filling and non-dripping (thixotropic) and shows very high tensile, impact and peel strength. The adhesive is particularly suitable for bonding aluminium and other light metals. It can be used for filling cracks and holes on aluminium housings, for example, and for repairing light alloy wheels. In order to achieve optimal adhesion, the bonding surfaces should be dry and free from grease or dirt. Scraping or sanding the surfaces before cleaning additionally improves adhesion.
Attributes
Aluminium sandblasted
19 N/mm²
Base
Epoxy resin, highly filled
Bending strength |DIN EN ISO 178
58.0 MPa
Colour
aluminium
Compressive strength|DIN EN ISO 604
8.0 MPa
Consistency
pasty, gap-filling
Construction material class|DIN 4102
B2
Curing temperature
+6 °C - +40 °C
Density of the mixture
1,23 g/cm³
Dielectric strength|DIN EN 60243-1 (20°C)
16 kV/mm
E-modulus (tensile)|DIN EN ISO 527-2
4.000 - 4.500 MPa
End hardness|(100 % of strength)
24 Hours
Gap bridging up to max.
4 mm
Hardness (Shore D)|DIN ISO 7619
45
Manual strength|(35 % of strength)
25 Min.
Mechanically loadable after|(50 % of strength)
2 Hours
Mixing ratio by weight
1:1
PVC-hard roughened
11.0 N/mm²
Processing temperature
+10 °C to +30 °C °C
Sales bundle
Cartridge
Shrinkage
0,3 %
Steel 1.0338 sandblasted
20.0 N/mm²
Temperature resistance
-50 °C to + 120 °C short term up to +150 °C
Tensile strength|DIN EN ISO 527-2
34.0 MPa
Viscosity of the mixture|at +20 °C
125.000 mPa·s
