Which Rope is the One for You? Fibers Comparison

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Which Rope is the One for You? Fibers Comparison - Choosing a material for a particular rope is a difficult task because each and every material has its own negative and positive points

I guess you already know that rope may be made of any long, stringy, fibrous material, but generally is made of certain natural or synthetic fibers. Furthermore, the properties and performance of any rope are reliant on the materials from which they are made. So I would like to give you a short preview of what are the advantages and disadvantages of the best known natural and synthetic fibers.

This is how you can compare the key properties of the most frequently used materials and finally choose the rope that is right for your needs.

Natural Fibers

Natural fibers are usually categorized as either hard or soft. Hard fibers are obtained from the leaves of plants, while soft fibers are obtained from the stems.



  • Natural cellulose fiber with high cellulose content (96%)
  • High resistance to sunlight
  • Absorbs moisture from the air
  • Resistant to solvents and weak acids


  • Flammable, they decompose at about 160°C
  • Sensitive to sulfuric acid



  • Durable
  • Flexible
  • Resistant to saltwater damage
  • Good resistance to sunlight, it will not melt easily
  • Exceptionally strong
  • Visually appealing


  • Shrinks when becomes wet
  • Expensive



  • Natural, organic, biodegradable cellulose fiber – high wettability
  • High permeability to air which prevents mold and rot
  • High resistance
  • Resistant to solvents


  • Slightly flammable, sensitive to acids in general



  • Natural, organic, biodegradable cellulose fiber
  • Absorbs and easily yields moisture
  • Soft-touch
  • High resistance in wet condition especially
  • High permeability to air which prevents mold and rot
  • Burns without leaving any residue


  • Sensitive to acids in general



  • High capacity to absorb moisture from the air
  • Low conductivity to heat and electricity
  • The lightest natural fiber
  • High elasticity and increases with humidity
  • Allows UV rays
  • It hardly catches fire
  • Great for soundproof


  • Folds easily
  • Low resistance when there is humidity
  • Low resistance on concentrated acids
  • Attacked by moths

Synthetic Fibers

Nylon (Polyamide)


  • Exceptional dynamic features
  • Hydrophobic
  • Very poor water absorption
  • High resistance to chemical and biological agents
  • Resistance to abrasion
  • Good sunlight resistance
  • Rot-resistant
  • Maintains its superior strength while still being very flexible


  • Does not absorb sweat
  • Its strength becomes compromised when wet
  • It charges electrostatically

Susceptible to degradation in high temperatures



  • Silky, pleasant to handle
  • Insulating
  • Resistant to depreciation
  • Resistant to microorganisms and chemical agents
  • Inflammable
  • High resistance to UV and abrasion
  • Close control
  • Moderate price
  • Stretch resistance
  • Retains its strength when wet


  • Does not absorb sweat
  • It charges electrostatically
  • High tendency to pilling
  • Quite stiff
  • Does not float



  • Very soft and lightweight
  • Minimum stretch
  • Great thermal insulation
  • High resistance to oils, mold, mildew and chemical agents
  • High mechanical resistance
  • Not affected by bugs or mold
  • No loss of strength in water, does not absorb water
  • Inexpensive


  • Degrades in UV
  • Low abrasion resistance
  • Very slippery
  • It will not return to its original size after being stretched out
  • Solidity in low light
  • Sensitive to dry heat.

For all ropes, fibers are the building blocks. This is why you need to understand the different kinds of fibers before understanding the rope itself. All these advantages and disadvantages are important. But there is something more you should know. You should understand what makes a fiber industrial, and that is its „high breaking tenacity”.

What does this mean?

Breaking tenacity is the breaking strength of a fiber as expressed via linear density. Simply: at what level of force will the fiber break.

This is measured by gpd – grams per denier. A denier is a unit of measure for the linear mass density of fibers. Fibers have a breaking tenacity between 5 and 15 gpd.

Here are some examples:

  • Manila has 3 gpd
  • Cotton has 5 gpd
  • Polypropylene has 6.5 gpd
  • Polyester has 7 gpd
  • Nylon has 7.5 god.


Choosing a material for a particular rope is a difficult task because each and every material has its own negative and positive points.

But knowing the features will definitely help you choose a rope for the specific use you need; from the simplest everyday use to the most complex application.

Which Rope is the One for You? Fibers Comparison - Choosing a material for a particular rope is a difficult task because each and every material has its own negative and positive points

Bonus: How to Make Pemmican, the Original Survival Food

Invented by the natives of North America pemmican was used by Indian scouts as well as early western explorers.

Native Americans spent a great deal of time on the go and depended on having portable, high-energy, highly nutritious, and filling foods that would last for long periods of time without refrigeration.

Pemmican is a portable, long-lasting, high-energy food. It's made of lean, dried meat that's crushed into powder and mixed with hot, rendered fat. This makes it one of the ultimate foods to have stockpiled for when SHTF or disaster strikes.

Learn How to Make Pemmican

How To Make Pemmican: The Original Survival Food - If you're living through a disaster where you're on your feet a lot and don't have time to cook, one of the best foods you can eat is pemmican. It's packed full of fat and protein and can give you lots of steady energy throughout the day.

People really should avert their gaze from the modern survival thinking for just a bit and also look at how folks 150 years ago did it.

These guys were the last generation to practice basic things, for a living, that we call "survival skills" now.

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