nylon cable tie injection mold supplier

 

   


1. Melting point and elasticity. The melting point of nylon 6 is 220C and the melting point of nylon 66 is 260C. The lower melting point makes nylon 6 have better resilience, fatigue and thermal stability than nylon 66.

2. Properties, PA6 has good toughness, is cheap, and has a low melting point. Generally, there are more products made with glass fiber, mainly used in electronics, electrical appliances, auto parts, and sports equipment.

3. Structure, nylon 6 is polycaprolactam, and nylon 66 is polyhexylamine adipate. Nylon 66 is 12% harder than nylon 6. In theory, the higher the hardness of nylon, the greater the brittleness of the fiber and the easier it is to break. However, this slight difference in carpet use cannot be distinguished.
4. The antifouling property of cleaning clothes. What affects these two properties is the cross-sectional shape of the fiber and the antifouling part of the back, and the strength and hardness of the fiber itself have little effect on cleaning and antifouling.
5. Color fastness, color fastness is not a characteristic of nylon, it is the dye in nylon rather than nylon itself fading under light.
6. Wear resistance and dust resistance.

We are especially make cable tie injection mould for more then 15years , any questions please kindly feel free to contact with us ,thanks .

Precautions for the operation and use of nylon cable ties (cable ties) 
the first:
Nylon cable ties are hygroscopic. Do not open the package before use. After opening the package in a humid environment, try to use it up within 12 hours, or repackage the unused nylon cable ties, so as not to affect the operation and use of the nylon cable ties. Tensile strength and rigidity.  
Second: When operating and using, use the tightening force, which cannot exceed the tensile strength (tension) of the nylon cable tie itself  
Third:  The diameter of the object to be tied should be smaller than the diameter of the nylon cable tie, which is greater than or equal to the diameter of the nylon cable tie. It is inconvenient to operate and the strapping is not fastened. The remaining length of the strap after tightening should not be less than  100MM.  
Fourth: The surface part of the object to be strapped must not have sharp corners 
Fifth: When using nylon cable ties, there are generally two methods, one is to manually tighten it by hand, and the other is to use a cable tie gun to tighten and cut. When using a cable tie gun, pay attention to adjusting the strength of the cable tie gun. The physical condition depends on the size, width, and thickness of the cable tie to determine the strength of the cable tie gun.

Water boiling process for nylon cable tie
The boiling process of nylon cable ties, generally when the nylon cable ties are produced and taken from the injection molding machine, they need to be packaged, but there is a very important step to deal with before packaging, which is related to the quality of the nylon cable ties. The key link of Boiling water sounds a bit strange. Because nylon is an engineering plastic, it has certain hygroscopicity. If the surrounding environment is particularly dry, nylon will appear brittle. When used as a cable tie, because the individual is small, it is very easy to break, especially in winter. Therefore, our company added a process in the production of nylon cable ties, which is boiling water. Of course, some factories use water injection. Although water injection is relatively simple, the effect is not very good. Generally, it takes three days to a week for water injection to completely absorb the water. But if steam is used for steaming, the effect will be better. If it is winter, it is recommended to use a pressure tank to cook. The boiled cable tie will be more flexible in winter and will not break easily