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Polyurethane adhesive COSMO PU-180.150
for woodsingle-componentlow-viscosity

Polyurethane adhesive - COSMO PU-180.150 - Weiss Chemie - for wood / single-component / low-viscosity
Polyurethane adhesive - COSMO PU-180.150 - Weiss Chemie - for wood / single-component / low-viscosity
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Characteristics

Chemical composition
polyurethane
Type of substrate
for wood
Number of components
single-component
Technical characteristics
transparent, low-viscosity, impact-resistant
Applications
industrial, for windows and doors
Working temperature

110 °C
(230 °F)

Description

The colourless one Here, the quick functional hardness should be emphasized: this makes possible a fast sequential processing resulting from the very good initial strength. The glued joint of this system hardens up transparent- opaque and can be sanded and painted. CERTIFICATES / TEST REPORTS ift Rosenheim If wood is glued to wood, it achieves the durability class D4 as per DIN EN 204. Test report No.: 505 25079/2 • quick functional hardness for a fast sequential processing resulting from the very good initial strength • wide adhesion spectrum, compatible with natural stone • gap-filling • no absorption e.g. in cap timber, absorbent materials • thin transparent adhesive joint • high resistance to weather conditions and to heat up to +110°C • thermosetting, impact-resistant adhesive joint • odourless, solvent-free • can be sanded and painted APPLICATION EXAMPLES • bonding of mortise and tenon joint • kitchen work plates • corner angle bonding in window- and door manufacturing • door panels • bonding of sandwich panels and semi-circular arches • joint board bonding in the sector of wood front doors • handrails • staircase steps • window sills • bonding of laminate • processing of natural stone • baseboards
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.