Synthetic rope for winches 12 mm 10,000 kg

Security:

Safety is another point that comes into play with synthetic fiber ropes. If the rope breaks,
then it won't spring open like a steel cable, which can cause serious injuries.


Rope guide:

are wound up, so they roll over. With a steel cable this leads immediately to a broken strand inside the rope. Synthetic ropes are much less sensitive.

Heat sensitivity:

Of course, there is no advantage without a disadvantage - the synthetic ropes are very sensitive to heat, which has a particular effect on electric cable winches that have a brake in the cable drum.
The electric motor and the drum brake heat up.
That is why our ropes have heat protection for the first layer of rope, which absorbs a lot of the heat.

Care for synthetic fiber ropes is very important. We offer impregnation, which not only keeps the rope supple, but also prevents water and dust from penetrating.
The impregnation lubricates the rope on the outside and thus ensures less friction. Water can become a problem if it freezes, as the rope breaks very easily. The dust and dirt gets stuck in the rope and wears down the material over time. 
Do not put your synthetic rope in the washing machine or wash it under extreme pressure with a high-pressure cleaner.
This leads to the weakening of the fibers.

UHMWPE is highly resistant to corrosive chemicals. (Exception: oxidizing acids) It is non-toxic, odorless and tasteless. The fiber is perfectly suitable as winch rope, due to an extremely low moisture absorption, very low coefficient of friction and self-lubrication, the fiber is very resistant to abrasion. Its coefficient of friction is significantly lower than that of nylon and is comparable to Teflon. However, its abrasion resistance is higher than that of Teflon.


UHMWPE: Ultra-high molecular weight polyethylene
Also known as HMPE high modulus polyethylene, or HDPE high performance polyethylene, it features over extremely long chains. The molecular mass is between 2 and 6 million. The longer chains strengthen intermolecular interactions, i.e. the fiber becomes stronger, which makes the extremely high breaking load and impact strength possible. Ultra-high molecular weight polyethylene is a subgroup of thermoplastic polyethylene.