Bonding XPS rigid foam to PUR low degree of crosslinking

These days bonding processes are becoming ever more complex and the projects ever more challenging. Substratec Ltd supports your business in finding suitable adhesive bonding methods, corresponding surface technologies and relevant application systems, both on- and offline:

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Features

PUR (lower degree of cross-linking)

Polyurethanes (PU) can have both thermoset, thermoplastic or elastomeric properties. This depends on the degree of crosslinking of the monomers. In general, polyurethanes are formed by polyaddition of polyols with di- or poly-isocyanate to form the urethane group typical of polyurethanes. Diols and di-isocyanates lead to linear polyurethanes. The more functional groups the monomers contain, the more crosslinked is the resulting plastic. © 2021 SUBSTRATEC. All Rights Reserved.

XPS (rigid foam)

Extruded polystyrene (rigid foam)


Preview results

tesa® 92108 HiP – High initial Performance
Adhesive Bonding Technology

0.8 mm double-sided foam tape for LSE surfaces: plastic to plastic application in automotive interior.

COSMO HD-100.600
Adhesive Bonding Technology

MS sealant for adhesive and sealing applications in various industries with excellent adhesion to EPDM.

Drei Bond 9160
Adhesive Bonding Technology

Drei Bond 9160 is an elastic, one-component MS-Polymer. Sealant and adhesive for bonding vehicle bodywork, containers and vehicle manufacture, air conditioning and heating equipment, metal work etc.

COSMO PU-160.110
Adhesive Bonding Technology

COSMO PU-160.110, constructional adhesive with hard and tough glued joint, is used in the wood processing, in the dry construction for the bonding of overlapping edges of floor pavement elements or as surface adhesive for a lot of industrial applications.

RAKU® PUR 49-3050
Adhesive Bonding Technology

Solvent-free, filled, room-temperature curing two-component reaction adhesive.The adhesive is hard-elastic, has high strength and is not sensitive to moisture.

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