V Nylon V

V Nylon V
Both are common materials used in our daily lives. For nylon, many uses include fabric, book packs, toothbrushes, carpets, clothing such as the known "nylons," in women's hosiery, and many more. You can find Polyethylene in toys, home appliances, plastic bottles, caps, etc. But have you wondered which material is stronger?
If we are talking about strength, when comparing nylon and polyethylene, Nylon is stronger. Nylon has a tensile strength of 12,400 psi (pounds per square inch). Polyethylene, however, even in its three most common types – low, high, and ultra-high molecular density – ranges from 1,800 to 3,100 psi.
Polyethylene (PE) is a thermoplastic that is durable and with a variable crystalline structure. It is one of the most commonly produced plastics in the world. Every year, it has a production of millions of tons worldwide -. PE is also one of the most used plastics. Its uses include different applications from laminates, plastic parts, tubes, films, and much more. Other industries include electrical, automotive, packaging, etc.).
From the result of the polymerization of ethylene (or ethene) monomers, we obtain PE.
Nylon (or Polyamides) is the major engineering and high-performance thermoplastics class because of its good balance of properties. It is formed by condensing monomers and copolymers for different units. Polyamides contain repeating amide linkages.
PE properties can be classified into:
The melting point is usually between 248 and 266 °F, for common commercial grades of medium and high-density PE.
They tend to crystallize, mainly due to their symmetric molecular structure, so PE is moderately crystalline overall. Increased density and chemical and mechanical stability are due to higher crystallinity.
Under constant force, it shows strong creep. Adding short fibers can reduce creep. It also has a waxy feeling when touched.
Crystallites reduce transparency when they are larger than the visible light wavelength.
Nylon properties include these main characteristics:
Regarding plastics' mechanical properties, for materials used in structural applications, one of the most important and widely measured properties is resisting breaking under tensile stress.
Tensile strength is also known as ultimate tensile strength. It refers to the amount of stress a plastic can resist without breaking when it is pulled or stretched, especially for materials that will have to be under tension or stretched for some reason.
Nylon has a tensile strength equal to 12,400 psi. It is used in many different ways, such as rope, to reinforce rubber material (like car tires) or clothing, and even to substitute low-strength metals.
In addition to its high strength and excellent tensile properties, nylon has a relatively high melting point (450ºF) and exhibits excellent abrasion resistance. It has high chemical resistance and is not damaged by oils, solvents, or alcohol.
Between PE and nylon, the main difference is that PE is a polymer. At the same time, nylon is part of the family of synthetic polymers. Originally, nylon was developed as textile fibers.
On the other hand, it has a higher water absorption level than other materials. Its resistance weakens in environments with chlorine. From the three fibers compared, it is the most resistant to sunlight and climatic changes; it is heavier than water, so it sinks. Its appearance is textile, and it is ideal for exteriors.
On the contrary, its tensile strength is medium, and it was not designed for load-bearing applications. It is plastic in appearance, and of the three fibers compared, it is the most difficult to handle; it weighs very little (it floats). It is very resistant to abrasion, but its resistance to the sun is average.
Nylon is considered a high tensile strength plastic. It also has high insulation and great resistance to corrosion. So, if your next project requires material strength, nylon is your best option.
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PE is a fine electrical insulator. It provides good electrical treeing resistance. However, it becomes easily charged with electricity and static (adding antistatic agents, carbon black, or graphite reduces it).
It is a synthetic fiber widely used when maximum strength with minimum diameter is required.
It is a synthetic fiber with a plastic feel.

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UHMW vs. Nylon
Compare UHMW and Nylon to identify the best option for your project

UHMW Material Characteristics

Extremely tough and durable
Low friction
Excellent abrasion resistance
Good chemical resistance
Low moisture absorption
Easy to fabricate

UHMW Applications:

Chute, hopper, and truck bed liners
Wear strips and guide rails
Star wheels and idler sprockets
High speed conveyors
Packaging machinery parts
Food processing machinery parts
Bumpers, pile guards, and dock fenders

UHMW Common Brands

Polystone® M, Tivar®, GUR®

Nylon Material Characteristics

Excellent bearing and wear properties
Strong and stiff
Good chemical resistance
Easy to machine
Easy to fabricate
Reduced noise, weight, and wear of mating parts

Nylon Applications:

Bearings and bushings
Gears
Wear pads
Packaging machinery parts
Food processing machinery parts
Wheels
Rollers
Seals and gaskets

Nylon Common Brands

SUSTAMID®, TECAMID, NYCAST®

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UHMW (ultra high molecular weight polyethylene) is an extremely tough plastic with high abrasion and wear resistance. The versatility of polyethylene has made it a popular plastic for countless industrial applications that require durability, low friction, and chemical resistance. Applications include UHMW wear strips, chain guides, packaging machinery parts, and marine dock fender pads.
Nylon is a strong, stiff engineering plastic with outstanding bearing and wear properties. Nylon is frequently used to replace metal bearings and bushings often eliminating the need for external lubrication. Other benefits include a reduction in part weight, less operating noise, and decreased wear on mating parts.
Values may vary according to brand name. Please ask your Curbell Plastics representative for more specific information about an individual brand. *Double-15° notch
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Flexural modulus of elasticity (73 °F)
Hardness
Rockwell M&R, Durometer Shore D (73 °F)
Coefficient of linear thermal expansion
Heat deflection temperature @ 66 psi/264 psi
Maximum continuous service temperature in air
Water absorption (immersion 24 hours)

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