Products
Weicon

2-component construction adhesive

50 g double cartridge, mixing nozzle Weicon Easy-Mix RK-7300 
Item-no.: 1324770Supplier number: 10047457EAN: 4024596071639

PU (Packaging): 6 PieceQuantity: ​​ 1 PiecePackable
Short-term Sourcing

Description
WEICON Easy-Mix RK-7300 is a fast-curing, solvent-free structural and construction adhesive based on MMA (methyl methacrylate). It adheres perfectly to a variety of materials and has a high adhesive strength. It can be applied universally for static and dynamic loads. High-strength bondings are also possible in case of low surface energy plastics, such as PE or PP. Its high-viscosity characteristics also permit material pairings with different expansion coefficients, such as plastic / aluminium or steel. Special fillers (glass beads) ensure a consistent adhesive gap of 0.25 mm. Maximum gap-bridging: 1 mm.
Attributes
ABS
8 N/mm²
Aluminium sandblasted
5 N/mm²
Base
Methyl methacrylate
CFRP
7.0 N/mm²
Colour
translucent / misty white
Consistency
pasty
Construction material class|DIN 4102
B2
Curing temperature
> +16 °C
Density of the mixture
1,00 g/cm³
EPDM (Shore A70)
1 N/mm²
End hardness|(100 % of strength)
24 Hours
GRP
7.0 N/mm²
Gap bridging up to max.
1 mm
Manual strength|(35 % of strength)
60 Min.
Mechanically loadable after|(50 % of strength)
480 Min.
Mixing ratio by weight
1:1
PC (polycarbonate)
6 N/mm²
PE-HD
5 N/mm²
PMMA
6 N/mm²
POM (Polyoxymethylen)
5 N/mm²
PP (polypropylene)
6 N/mm²
PTFE (polytetrafluoroethylene)
2 N/mm²
PVC-hard roughened
11.0 N/mm²
Polyamide 6.6
3 N/mm²
Processing temperature
+10 °C to +40 °C °C
Production method
Easy-Mix
Sales bundle
Cartridge
Stainless steel V2A sandblasted
4.0 N/mm²
Steel 1.0338 sandblasted
5.0 N/mm²
Temperature conductivity
0.118 mm²/s
Temperature resistance
-55 °C to +100 °C
Tg after curing at RT|(DSC)
51,5 °C
Thermal capacity|DIN EN ISO 22007-4
1.489 J/(g·K)
Thermal conductivity|DIN EN ISO 22007-4
0.15 W/m·K
Through resistance|DIN EN 62631-3-1
1,25 · 10¹³ Ω·m
Topfzeit|bei 20 °C
8 Min.
Viscosity of the mixture
170.000-200.000 mPa·s