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THE CONFUSION - REAL VS FAKE LEATHER

by Rashid Khaliq 25 Jan 2025


THE CONFUSION - REAL VS FAKE LEATHER

Understanding the Environmental Impact and the Urgent Need for Sustainable Alternatives

pu leather vs faux leather


Fake leather, often referred to as faux leather, vegan leather, or leather alternative, is a synthetic material designed to mimic the look and feel of natural leather. Although it has gained popularity as an alternative to animal-based leather, it is not inherently more sustainable.

The manufacturing process for these substitutes relies heavily on fossil fuels, resulting in significant water pollution and carbon emissions. Most faux leather products are derived from non-renewable materials like plastics and petrochemicals, leaving behind a considerable environmental footprint.

Global brands and luxury companies frequently market faux leather as vegan or eco-friendly, a practice that often borders on greenwashing. Even plant-based options like cactus or mushroom leather can be misleading. Many of these products incorporate non-renewable plastic additives to achieve the desired texture and durability, complicating the narrative around truly sustainable choices.

To tackle these environmental challenges, the fashion industry must pivot towards a circular economy, prioritizing the creation of durable leather products that can be recycled or repurposed. By minimizing waste, reducing water usage, and fostering transparency, the industry can take meaningful steps toward sustainability and address the pressing environmental concerns associated with synthetic leather alternatives.


It is unfortunate that corporate interests have led to consumer confusion regarding various terms used to describe synthetic leather products. Labels such as "genuine leather," "faux leather," "vegan leather," "PU leather," "pleather," "imitation leather," "man-made leather," and "leatherette" can mislead consumers about the nature of these materials. Similarly, bottled water has often been marketed as "mineral water," causing consumers to associate it with natural sources, despite the distinction being less clear. Consumer rights groups have responded too slowly, resulting in many individuals around the world referring to bottled water as "natural mineral water." This raises a critical question: why do corporations insist on using terms like "leather" and "water" for man-made or altered products? Such terminology broadens their market appeal and simplifies the process of convincing consumers to try synthetic alternatives. Additionally, it allows companies to sidestep the issue of how these products may affect consumers' lives, as they do not face the lengthy acceptance cycle linked to more traditional goods. The marketing strategies employed by corporations risk blurring the lines between natural and synthetic, further complicating informed consumer choices. 



Real leather shoes offer a unique combination of comfort, style, and durability. But with so many synthetic imitations on the market, how can you tell the real deal from a fake? Here are 10 key ways to identify real leather footwear:

  1. The Smell Test: Real leather has a distinct, natural scent, often compared to earthy tones or tanned hides. Synthetics often smell like chemicals or plastic. Take a whiff of the shoe – a natural leather aroma is a good sign.

  2. The Touch Test: Real leather feels smooth and supple, with a natural texture that can vary depending on the type of leather. It should feel soft and slightly grainy, not stiff or plasticky. Run your fingers across the shoe and feel for a natural give.

  3. The Wrinkle Test: When you press your thumb into real leather, you will see fine lines or natural wrinkles like your skin. If no fine lines are produced, then it is surely synthetic.

  4. The Backside Test: If the product does not have a lining, inspect the material’s backside. Real leather will have fibers and look like suede on the back, whereas synthetic material will have a fabric backing.

  5. The Pinch Test: Gently pinch the material. Real leather will have a natural give and bounce back when you release your fingers. Synthetics will likely crease and hold the fold. This elasticity is a key indicator of natural leather.

  6. The Patina Test: Over time, real leather develops a beautiful patina, a waxy luster that reflects its age and use. Synthetics typically won’t develop this characteristic change in appearance. Look for a subtle sheen that deepens with wear – a sign of natural leather.

  7. The Look Closer Test: Examine the shoe’s edges. If there’s a raw edge or stretch marks, real leather might show exposed fibers. Synthetics often have a fabric backing. Look closely for any inconsistencies in the material around the edges.

  8. The Grain Test: Inspect the grain pattern of the leather. Real leather often has a unique, irregular pattern with tiny pores visible, while synthetics often have a more uniform, repetitive pattern. Look for variations and imperfections in the grain—a sign of natural leather.

  9. The Crease Test: Observe how the shoe creases with wear. Real leather develops soft, natural creases that conform to the foot’s shape. Synthetic materials often form sharp, unnatural creases that can look more like harsh folds or wrinkles.

  10. The Water Drop Test: Place a small drop of water on the surface (in an inconspicuous area). Real leather will absorb the water slowly, while most synthetic materials will not absorb it at all, leaving the drop sitting on the surface.




Advanced Tests (Use with Caution):


These tests are not recommended for everyday use but can be helpful for further verification in inconspicuous areas:

11. The Scratch Test (Try in a hidden spot): Gently scratch the surface. Real leather may show some fine particles, while synthetics will likely remain intact.

Remember: Only attempt this test on a tiny, hidden area of the shoe.

12. The Fire Test (Try in a hidden spot, with extreme caution): A small flame test can be risky. Real leather will not melt or readily burn but may char and smell like burnt hair. Synthetics will typically melt or shrink and give off a strong chemical odor.

Warning: Only attempt this test on a tiny, inconspicuous area with proper fire safety measures. Avoid this test altogether unless absolutely necessary.


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