Why is Filaflex an elastic filament?

In general, there are many general doubts regarding the concept of ‘elasticity’ and the way to name or refer to a material or filament with this property. That is why, below, we are going to address this issue in a brief and simple way so that it is as clear as possible.

Elasticity vs Flexibility

We must differentiate two very similar concepts and qualities: ‘ELASTICITY’ and ‘FLEXIBILITY’.

  • Elasticity is the quality that a material has to stretch without deforming, when the force ceases.
  • Flexibility is the mechanical property that a material has to bend without breaking, but altering its shape after stretching.

As we can see, both qualities share the property of the material to bend and stretch, but with the difference that an elastic material can do so by suffering reversible deformations, that is, it will recover its original shape, while a flexible one will not. As simple as that!

Filaflex, elastic filament

  • Filaflex, taking into account the above definitions, is an elastic filament. This means that, due to its mechanical properties, it does not deform, does not break, and even the measurement of its diameter does not change, once we stretch it.
  • Filaflex has the ability to return to its original state after the cessation of force, without changes and remaining with the same shape. All this, as long as the elastic limit of the material is not exceeded.

What is elongation?

Now we are going to analyze another important concept: elongation.

  • Elongation is the magnitude that measures the increase in length that a material experiences when it is subjected to a tensile stress before it breaks.
  • The elongation is expressed as a percentage (%) with respect to the initial length.

In this sense, elongation will be the percentage of stretch that an elastic material has. That is, how much more the length of the material increases after being stretched. The higher the percentage of elongation or stretch, the more elastic the material will be.

Elongation percentages of the filaments of the Filaflex range

As expected, being elastic, the filaments of the Filaflex range have a percentage of elongation. Next we will see what elongation percentages present the different filaments in the range, taking into account their Shore hardness.

Because ‘Creativity is Flexible’.

Know all the filaments of the most famous elastic range, Filaflex 

Filaflex 60A

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5 Review(s) 
TPU Filament Filaflex 60A 'PRO' is the most elastic and flexible filament on the market for 3d printers. This filament is only suitable for the most experienced and daring 3d printing enthusiasts using flexible fialments. Shore hardness 60A 950% stretch Extremely elastic Resistant to solvents and fuel Odourless No hotbed required Made in the EU

Filaflex 70A

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7 Review(s) 
TPU Filament Filaflex 70A, 'Ultra-Soft', is a highly elastic and advanced filament from the Filaflex range for 3D printers. Shore hardness 70A 900% stretch Very high elasticity Resistant to solvents and fuel Odourless No hotbed required Made in the EU

Filaflex 95A

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1 Review(s) 
The TPU filament Filaflex 95A, 'Medium-Flex', is the perfect flexible filament for beginners in flexible printing. It is a semi-flexible filament, compatible with all 3D printers on the market, including bowden-type extruder printers (with tube).. Shore hardness 95A 500% stretch Medium elasticity Compatible with all printers Resistant to solvents and...