In this paper, laser weldability of neutral polypropylene has been investigated using fibre and carbon dioxide lasers. A design of experiment (DoE) was conducted in order to establish the influence of the main working parameters on the welding strength of the two types of laser. The welded samples were characterized by carrying out visual and microscopic inspection for the welding morphology and cross-section, and by distinguishing the tensile strength. The resulting weld quality was investigated by means of optical microscopy at weld cross-sections. The tensile strength of butt-welded materials was measured and compared to that of a corresponding bulk material
Laser welding of polymeric products has been manufactured for more than 20 years. During that time p...
A laser transmission welding technique is commonly used to join polymers. In this technique the lase...
The Polypropylene is one of the most versatile polymer materials used in the industry. Due to this v...
The joining of polymeric materials is a technology used in many industrial applications, from transp...
Laser welding is a quite known technique used to join plastics. Several different laser welding tech...
Absorber-free transmission and butt-welding of different polymers were performed using thulium fiber...
Absorber-free transmission and butt-welding of different polymers were performed using thulium fiber...
The joining of materials is essential to many industrial applications used today. However, it still ...
The polymer laser welding can be successfully used to join two or more parts of plastic surfaces and...
Absorber-free transmission and butt-welding of different polymers were performed using thulium fiber...
The polymer laser welding can be successfully used to join two or more parts of plastic surfaces and...
This paper offers an overview on the laser welding techniques for thermoplastic materials. The empha...
1. Overview of laser welding techniques. Principles, advantages, disadvantages. Influence of process...
Absorber-free transmission and butt-welding of different polymers were performed using thulium fiber...
Laser welding of polymers is today a commonly used industrial technology. It has shownobvious advant...
Laser welding of polymeric products has been manufactured for more than 20 years. During that time p...
A laser transmission welding technique is commonly used to join polymers. In this technique the lase...
The Polypropylene is one of the most versatile polymer materials used in the industry. Due to this v...
The joining of polymeric materials is a technology used in many industrial applications, from transp...
Laser welding is a quite known technique used to join plastics. Several different laser welding tech...
Absorber-free transmission and butt-welding of different polymers were performed using thulium fiber...
Absorber-free transmission and butt-welding of different polymers were performed using thulium fiber...
The joining of materials is essential to many industrial applications used today. However, it still ...
The polymer laser welding can be successfully used to join two or more parts of plastic surfaces and...
Absorber-free transmission and butt-welding of different polymers were performed using thulium fiber...
The polymer laser welding can be successfully used to join two or more parts of plastic surfaces and...
This paper offers an overview on the laser welding techniques for thermoplastic materials. The empha...
1. Overview of laser welding techniques. Principles, advantages, disadvantages. Influence of process...
Absorber-free transmission and butt-welding of different polymers were performed using thulium fiber...
Laser welding of polymers is today a commonly used industrial technology. It has shownobvious advant...
Laser welding of polymeric products has been manufactured for more than 20 years. During that time p...
A laser transmission welding technique is commonly used to join polymers. In this technique the lase...
The Polypropylene is one of the most versatile polymer materials used in the industry. Due to this v...