Some results are presented concerning the laserinduced photochemical enhancement of the adhesive bonding strength between polypropylene (PP) and adhesives on a resinous basis. The mechanism of the Laser-activated process is discussed. At some conditions a bonding strength enhancement of more than 5 times has been achieved
In this study, laser surface treatment of CFRP made of PPS thermoplastic matrix by means of Q-switch...
In this study, laser surface treatment of CFRP made of PPS thermoplastic matrix by means of Q-switch...
This article examines the development of a laser pretreatment method for glass fibre reinforced poly...
This work investigates the effectiveness of using a 10.6 μm CO 2 marking laser to activate a thermal...
This work investigates the effectiveness of using a 10.6 μm CO2 marking laser to activate a thermall...
This work investigates the effectiveness of using a 10.6 μm CO2 marking laser to activate a thermall...
This work investigates the effectiveness of using a 10.6 μm CO 2 marking laser to activate a therma...
Thermal laser polymer bonding is a non-contact process for the joining of polymer laminates using th...
This work investigates the effectiveness of using a 10.6 μm CO 2 marking laser to activate a ther...
Thermal laser polymer bonding is a non-contact process for the joining of polymer laminates using th...
Adhesive bonding offers many advantages over mechanical fastening, but requires accurate surface pre...
In this paper, the main parameters of laser surface texturing of polymeric substrates have been stud...
In this study, laser surface treatment of CFRP made of PPS thermoplastic matrix by means of Q-switch...
In this study, laser surface treatment of CFRP made of PPS thermoplastic matrix by means of Q-switch...
In this study, laser surface treatment of CFRP made of PPS thermoplastic matrix by means of Q-switch...
In this study, laser surface treatment of CFRP made of PPS thermoplastic matrix by means of Q-switch...
In this study, laser surface treatment of CFRP made of PPS thermoplastic matrix by means of Q-switch...
This article examines the development of a laser pretreatment method for glass fibre reinforced poly...
This work investigates the effectiveness of using a 10.6 μm CO 2 marking laser to activate a thermal...
This work investigates the effectiveness of using a 10.6 μm CO2 marking laser to activate a thermall...
This work investigates the effectiveness of using a 10.6 μm CO2 marking laser to activate a thermall...
This work investigates the effectiveness of using a 10.6 μm CO 2 marking laser to activate a therma...
Thermal laser polymer bonding is a non-contact process for the joining of polymer laminates using th...
This work investigates the effectiveness of using a 10.6 μm CO 2 marking laser to activate a ther...
Thermal laser polymer bonding is a non-contact process for the joining of polymer laminates using th...
Adhesive bonding offers many advantages over mechanical fastening, but requires accurate surface pre...
In this paper, the main parameters of laser surface texturing of polymeric substrates have been stud...
In this study, laser surface treatment of CFRP made of PPS thermoplastic matrix by means of Q-switch...
In this study, laser surface treatment of CFRP made of PPS thermoplastic matrix by means of Q-switch...
In this study, laser surface treatment of CFRP made of PPS thermoplastic matrix by means of Q-switch...
In this study, laser surface treatment of CFRP made of PPS thermoplastic matrix by means of Q-switch...
In this study, laser surface treatment of CFRP made of PPS thermoplastic matrix by means of Q-switch...
This article examines the development of a laser pretreatment method for glass fibre reinforced poly...
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