A study of partial carbonisation of green pitch fibres to temperatures in the range of 500-1000°C was carried out on three precursors − a neat pitch and two polymer modified pitches, with a view to find out a suitable temperature at which the fibres acquire considerably improved toughness or handleability (compared to that in the green stage) for their subsequent processing into carbon fibres. A partial carbonisation temperature of 500-600°C has been identified to result in a remarkable improvement in the toughness/handleability of the fibres in all the three cases. However, from techno-economical considerations, the neat pitch appears to provide the best precursor system for the production of pitch based carbon fibres
Mesophase structures in both coal tar and petroleum pitches were developed when the pitches were hea...
The effects of graphitization time and temperature on the properties of three mesophase pitch-based ...
Preparation of high-value pitch-based carbon fibres (CFs) from mesophase pitch precursor is of great...
This paper deals with the stabilisation of low softening point pitch fibres obtained from petroleum ...
High strength, high modulus carbon fibres are becoming increasingly important as high performance en...
Carbon fibres are one of the newer, emerging materials with multiple engineering applications, from ...
A method using iodine has been developed for the stabilisation of low softening point (SP) pitch fib...
In this work, the feasibility of using wool fibre as a carbon fibre precursor was explored as well a...
The advantage of mesophase pitch-based carbon fibres is their high modulus, but pitch-based carbon f...
More than a decade has passed since carbon fibre has been introduced into market. At the beginning, ...
Based on their extraordinary properties, carbon fibres nowadays play a significant role in modern in...
Based on their extraordinary properties, carbon fibres nowadays play a significant role in modern in...
Based on their extraordinary properties, carbon fibres nowadays play a significant role in modern in...
Based on their extraordinary properties, carbon fibres nowadays play a significant role in modern in...
Cellulose was first precursor fibre material used for production of carbon fibres. It has been in ma...
Mesophase structures in both coal tar and petroleum pitches were developed when the pitches were hea...
The effects of graphitization time and temperature on the properties of three mesophase pitch-based ...
Preparation of high-value pitch-based carbon fibres (CFs) from mesophase pitch precursor is of great...
This paper deals with the stabilisation of low softening point pitch fibres obtained from petroleum ...
High strength, high modulus carbon fibres are becoming increasingly important as high performance en...
Carbon fibres are one of the newer, emerging materials with multiple engineering applications, from ...
A method using iodine has been developed for the stabilisation of low softening point (SP) pitch fib...
In this work, the feasibility of using wool fibre as a carbon fibre precursor was explored as well a...
The advantage of mesophase pitch-based carbon fibres is their high modulus, but pitch-based carbon f...
More than a decade has passed since carbon fibre has been introduced into market. At the beginning, ...
Based on their extraordinary properties, carbon fibres nowadays play a significant role in modern in...
Based on their extraordinary properties, carbon fibres nowadays play a significant role in modern in...
Based on their extraordinary properties, carbon fibres nowadays play a significant role in modern in...
Based on their extraordinary properties, carbon fibres nowadays play a significant role in modern in...
Cellulose was first precursor fibre material used for production of carbon fibres. It has been in ma...
Mesophase structures in both coal tar and petroleum pitches were developed when the pitches were hea...
The effects of graphitization time and temperature on the properties of three mesophase pitch-based ...
Preparation of high-value pitch-based carbon fibres (CFs) from mesophase pitch precursor is of great...