Which is better, nylon or Malone??
attention:86 answer:1 offer a reward:0
Away from the problem with
- Unsolveddestoon
- 2021-08-07 13:21
Best answer
No best answer
All the answers
- 1Flooranonymity
- 2021-08-09 13:34
Personally think nylon thread is better.
1. What are the factors affecting the strength of nylon fishing line and why the strength is higher
1. The influence of molecular weight. Nylon, also known as nylon, is the general term for polyamide materials. It is prepared by ring-opening {polymerization of monomers containing amide groups-CONH -. The macromolecules of this polymer form a chain, and the monomer substance before polymerization becomes the chain link of the chain macromolecule. Due to the limitation of processing technology, the length of the polymer macromolecular chain cannot be equal, so the molecular weight is not equal. It is distributed in a certain range. Under a certain condition, the strength of nylon yarn will increase with the increase of the molecular weight of the macromolecule, but the increase rate of strength is not obvious when it increases to a certain degree. The molecular weight distribution range of the polymer also affects the strength of the fishing line. The nylon line with a wide distribution range has low average strength, high elongation, poor fatigue resistance, and large unevenness of strength. Therefore, the molecular weight distribution of the fishing line material The narrower the better,
2. The influence of hydrogen bonds. There are many hydrogen bonds between the macromolecules of nylon material, so nylon is one of the more powerful synthetic materials, and nylon itself is divided into many kinds. For different brocade materials, the number of hydrogen bonds in their content is not the same, and the strength is quite different. Most of the materials used to make fishing lines are varieties with more hydrogen bonds between macromolecules
3 The influence of bound molecules in the amorphous region in the supramolecular structure. Divided by the supramolecular structure inside the fishing line. Can be divided into crystalline region structure and amorphous region structure. In the crystal structure, due to the strong hydrogen bond, the crystallinity and crystal size have little effect on the strength of the fishing line. Fishing line breakage mainly occurs in the weakest link inside the fishing line. That is, the breakage of the bound molecules in the amorphous region (that is, the amorphous region). Therefore, the number of bound molecules in the amorphous zone directly affects the strength of the fishing line.
4The influence of orientation degree on the strength of fishing line. The degree of orientation refers to the degree of parallelism between the macromolecules of the fishing line and the axis of the fishing line, and is an important parameter reflecting the supramolecular structure of the fishing line. It is one of the important factors that determine the physical and mechanical properties of the fishing line.
1. What are the factors affecting the strength of nylon fishing line and why the strength is higher
1. The influence of molecular weight. Nylon, also known as nylon, is the general term for polyamide materials. It is prepared by ring-opening {polymerization of monomers containing amide groups-CONH -. The macromolecules of this polymer form a chain, and the monomer substance before polymerization becomes the chain link of the chain macromolecule. Due to the limitation of processing technology, the length of the polymer macromolecular chain cannot be equal, so the molecular weight is not equal. It is distributed in a certain range. Under a certain condition, the strength of nylon yarn will increase with the increase of the molecular weight of the macromolecule, but the increase rate of strength is not obvious when it increases to a certain degree. The molecular weight distribution range of the polymer also affects the strength of the fishing line. The nylon line with a wide distribution range has low average strength, high elongation, poor fatigue resistance, and large unevenness of strength. Therefore, the molecular weight distribution of the fishing line material The narrower the better,
2. The influence of hydrogen bonds. There are many hydrogen bonds between the macromolecules of nylon material, so nylon is one of the more powerful synthetic materials, and nylon itself is divided into many kinds. For different brocade materials, the number of hydrogen bonds in their content is not the same, and the strength is quite different. Most of the materials used to make fishing lines are varieties with more hydrogen bonds between macromolecules
3 The influence of bound molecules in the amorphous region in the supramolecular structure. Divided by the supramolecular structure inside the fishing line. Can be divided into crystalline region structure and amorphous region structure. In the crystal structure, due to the strong hydrogen bond, the crystallinity and crystal size have little effect on the strength of the fishing line. Fishing line breakage mainly occurs in the weakest link inside the fishing line. That is, the breakage of the bound molecules in the amorphous region (that is, the amorphous region). Therefore, the number of bound molecules in the amorphous zone directly affects the strength of the fishing line.
4The influence of orientation degree on the strength of fishing line. The degree of orientation refers to the degree of parallelism between the macromolecules of the fishing line and the axis of the fishing line, and is an important parameter reflecting the supramolecular structure of the fishing line. It is one of the important factors that determine the physical and mechanical properties of the fishing line.