This chapter presents a comprehensive overview of the chemistry, process technology, and thermal and mechanical properties of hydrolytically prepared fully aliphatic and semiaromatic commercial polyamides (PAs). In addition, commercially available block copolyetheramides and the most important PA blends are discussed. A few molecular characterization methods, typically used for the characterization of PAs, are briefly discussed, as well as some physical phenomena very characteristic of PAs, such as the Brill transition and the odd–even effect in the melting points of a series of PAs. The applications of the wide variety of commercial PAs are discussed in terms of their propertie
Biobased polymers are sustainable polymers produced from renewable resources such as biomass feedsto...
The work presented in this thesis describes a route towards semi-crystalline polyamide (PA 10T) ther...
Biobased polymers are sustainable polymers produced from renewable resources such as biomass feedsto...
This chapter presents a comprehensive overview of the chemistry, process technology, and thermal and...
This chapter presents a comprehensive overview of the chemistry, process technology, and thermal and...
This chapter presents a comprehensive overview of the chemistry, process technology, and thermal and...
This paper studies the structure–property–processing relationship of polyphthalamide (PPA) PPA/polya...
Polyamides (PAs) are high‐molecular‐weight materials containing amide units; the hydrocarbon segment...
Because they maintain excellent strength and toughness during exposure to hot, aggressive automotive...
Because they maintain excellent strength and toughness during exposure to hot, aggressive automotive...
Because they maintain excellent strength and toughness during exposure to hot, aggressive automotive...
Because they maintain excellent strength and toughness during exposure to hot, aggressive automotive...
Poly (decamethylene terephthalamide) (PA10T) is a kind of engineering plastics with high strength an...
Abstract. There are few examples of thermotropic polyamides reported in the literature due to the st...
Aliphatic polyamide, commonly known as nylon, was the world’s first synthetic fiber and has found it...
Biobased polymers are sustainable polymers produced from renewable resources such as biomass feedsto...
The work presented in this thesis describes a route towards semi-crystalline polyamide (PA 10T) ther...
Biobased polymers are sustainable polymers produced from renewable resources such as biomass feedsto...
This chapter presents a comprehensive overview of the chemistry, process technology, and thermal and...
This chapter presents a comprehensive overview of the chemistry, process technology, and thermal and...
This chapter presents a comprehensive overview of the chemistry, process technology, and thermal and...
This paper studies the structure–property–processing relationship of polyphthalamide (PPA) PPA/polya...
Polyamides (PAs) are high‐molecular‐weight materials containing amide units; the hydrocarbon segment...
Because they maintain excellent strength and toughness during exposure to hot, aggressive automotive...
Because they maintain excellent strength and toughness during exposure to hot, aggressive automotive...
Because they maintain excellent strength and toughness during exposure to hot, aggressive automotive...
Because they maintain excellent strength and toughness during exposure to hot, aggressive automotive...
Poly (decamethylene terephthalamide) (PA10T) is a kind of engineering plastics with high strength an...
Abstract. There are few examples of thermotropic polyamides reported in the literature due to the st...
Aliphatic polyamide, commonly known as nylon, was the world’s first synthetic fiber and has found it...
Biobased polymers are sustainable polymers produced from renewable resources such as biomass feedsto...
The work presented in this thesis describes a route towards semi-crystalline polyamide (PA 10T) ther...
Biobased polymers are sustainable polymers produced from renewable resources such as biomass feedsto...