Your cart is currently empty
What Sets Synthetic Leather Apart? Understanding the Differences
Synthetic leather represents a category of artificial materials engineered to mimic animal leather's aesthetic qualities and performance versatility. As concerns over environmental impact and ethical sourcing in the leather industry grow, synthetic leather offers a compelling solution.
When produced responsibly under safe factory conditions, it can match the durability and style of genuine leather without relying on livestock farming or toxic tanning practices associated with some leather production.
In this article, we will clarify what is synthetic leather, what constitutes synthetic leather, how it compares with natural leather, its types, applications, care methods, and considerations for choosing synthetic alternatives.
Understanding the material differences empowers consumers to make informed purchasing choices aligned with their values. Whether for sustainability, veganism, or simply price, synthetic leather continues to gain preference across industries today.
Types of Synthetic Leather
Several materials qualify under the broad term “synthetic leather.” They attempt to simulate natural leather's texture, drape, and visual depth using manufactured polymer composites. Some commonly used types include:
1. Polyurethane (PU) Leather
Polyurethane leather comprises plastic resins made by reacting diisocyanates with polyols. This liquid mixture gets coated onto a fabric backing, followed by coagulation, which creates a skin-like consistency.
By altering the reactant composition, manufacturers control properties like durability, breathability, stiffness, etc. PU leather treatments also introduce surface effects that impart leather-like grains, colors, shimmer, etc.
Waterproofness and stretchability make PU leather popular for garments, upholstery, and car seats. However, poor biodegradability has environmental implications.
2. Polyvinyl Chloride (PVC) Leather
PVC leather begins life as a paste-like plastisol mixture containing vinyl resins and stabilizers that undergo heat exposure to form skins. This thermoplastic quality allows embossing leather-like textures effortlessly.
PVC leather accepts colors well, too, owing to non-porous impermeability. Durability and ease of cleaning add to its appeal. Consequently, PVC leather prominently features clothing, bags, purses, fashion accessories, furniture, etc.
However, manufacture and degradation concerns surround PVC over its chlorine content and plasticizers. Eco-conscious alternatives are now available.
Dr. Carmen Hijosa developed this innovative natural leather alternative from pineapple leaf fibers.
Extracted as a non-woven mesh from agro-waste leaves, the fibers undergo proprietary processing to form a durable, pliable, graphic material resembling natural leather but fully biodegradable.
Piñatex appeals strongly as a vegan leather with low environmental impact for manufacturing bags, accessories, footwear, and furnishings. The challenge lies in achieving commercial volumes to meet demand.
Muskin, derived from mushroom caps, offers a potential future leather substitute without relying on livestock or petrochemicals. The composite is created by processing mushroom spores into sheets layered with non-PVC polymers.
Early trials showcase similarities to leather in appearance, breathability, and flexibility. As research continues improving fungal composites, Muskin may emerge as a disruptor, given mushrooms' abundant availability.
Characteristics of Synthetic Leather
Certain desirable features make synthetic leather increasingly popular:
Synthetic leather costs less than genuine leather derived from cattle hides or exotic skins. Manufacturing polymers in bulk allows competitive pricing that attracts buyers from students to startups.
Polyurethane and PVC leather, particularly, suit cost-conscious sourcing as they are easy to produce in continuous rolls without relying on animal farming or manual crafting steps like tanning. Easy reproducibility adds to quantity value.
2. Color and Texture Variety
As synthetic formulations undergo mixing, manufacturers can incorporate pigments and particles to achieve a vast array of shades and surface aesthetics.
Bright chrome yellows or synthesized-beyond-nature tones no hidden supply can naturally yield remain easily reproducible in predefined batches with consistent quality.
Glossy patent textures, matte suedes, and grained leather emulations stem from synthetic processes. This surpasses natural leather’s innate color limitations and batch variability.
3. Performance Customization
While animal skins show natural inconsistencies in thickness, defects, etc., constraining their end-use, polymers get engineered to order.
Manufacturers tweak properties like tensile strength, breathability, flammability threshold, etc., based on application by adding special additives, stabilizers, or coatings.
This freedom to modulate functionality makes synthetic leather usable across products. Specific requirements spanning heavy upholstery use to supple clothing are achievable.
4. Water Resistance
Unlike natural leather, synthetic leather does not absorb moisture. During processing, plastic resins form non-porous films, preventing water penetration.
Polyurethane and PVC leather, in particular, demonstrate waterproofness exceeding that of general leather unless additionally treated with water-repellants.
Liquid spills easily roll off synthetic leather vs leather, preventing stain risks and odor retention issues. Such qualities assist in easy cleaning for fuss-free maintenance.
Uses and Applications
Owing to easy procure ability in bulk volumes and bespoke performance attributability, synthetic leather finds extensive applications across daily-use products:
1. Fashion Industry
From haute couture to fast fashion, synthetic leather is paramount in garments, footwear, and accessories.
Modern living embracing more casual silhouettes favors synthetic leather to emulate chic leather jackets, trench coats, skirts, trousers, and tees at affordable prices. The growing vegan fashion movement boosts this demand further.
High-visibility fashion lines like Stella McCartney use alternative leather innovatively, bringing more aspirational appeal.
2. Bags and Purses
Brands develop seasonally trending designs easily customized for texture, finishes, and hardware using synthetics. More options thus become purchasable for the fashion-conscious consumer without concerns for special leather care or risks like color transfer.
3. Upholstery and Interiors
Contract-grade synthetic leather upholds admirably across hospitality and public space furniture in demanding high-traffic environments.
Abrasion resistance, stain protection, ease of cleaning, and cost factors give it precedence over genuine leather, which requires gentler maintenance despite pricier investments.
Enhanced additives further improve synthetics' fire rating compliance for safety and style. Matching Pantone color schemes without batch variability simplifies planning decorative interiors like showrooms, lobbies, etc.
4. Automotive Industry
The stringent quality requirements of automotive manufacturers enhance synthetic leather to deliver the required visual consistency, abrasion resistance, cold crack threshold, etc., alongside meeting eco-compliance stipulations like banned substance avoidance.
Custom-engineered synthetic leather tailored to precision during vehicular interior manufacturing also minimizes wastage.
Reduced overall weight by using thinner yet stronger synthetic leather even boosts mileage. Gradually, more automakers are embracing animal-free interiors that suit future mobility.
5. Ethical Alternative to Leather
For discerning luxury consumers and ethical fashion proponents, synthetic leather proffers leather mimicking aesthetics minus animal slaughter or hide trade reliance.
Choices spanning trend-savvy handbags to enduring furniture exist without violence against cattle, sheep, goats, etc., or threats to endangered species like snakes, stingrays, etc., used for exotic leather.
Synthetic leather hence provides an animal-friendly solution aligned with vegan living. Some ecological implications remain, but progress continually manifests via better materials.
Environmental Impact and Sustainability
Though synthetics face issues around resource use and non-biodegradability, they demonstrate more excellent recyclability and potentially lower carbon footprint than animal leather.
Importantly, innovation in materials using greener chemicals, natural polymers, and biodegradable compounds continues via dedicated research.
Legal protections for factory workers and supply chain transparency efforts now tighten in response to consumer pressures and regulations.
What is synthetic leather made of? When produced ethically, most synthetics compare favorably to unsustainable hide tanning practices involving methane emissions from livestock, effluent pollution, and waste.
While consumers play a pivotal role by supporting brands invested in renewable energy production infrastructure and closed-loop manufacturing models, coordinated efforts across sectors can nurture the sustainable scaling of synthetic leather promises over crude hide leather downstream across fashion, furniture, and automobiles.
Care and Maintenance
To prolong synthetic leather items’ lifespan and utility, certain care principles apply:
1. Regular Wipe Cleaning
Dusting and gently wiping with a soft, damp cloth helps lift surface dirt without too much moisture exposure. Avoid oil-based cleaners that may penetrate. For polyurethane leather, a mild soap solution works well but requires rinsing the residue thoroughly.
2. Specialist Cleaning Solutions
Sometimes, stubborn grime or stains necessitate using a dedicated vegan leather cleaner. Check product suitability for the specific synthetic leather type on the tag.
Test first on invisible corners before gently rubbing only with a microfiber towel. Rinse after use. Avoid bleach, ammonia, or alcohol that may damage the synthetic coating.
3. Conditioning and Protection
While synthetics lack the porous protein structure of animal skin needing moisturizing, protective sprays help. Waterproofing agents maintain barrier integrity. Silicone conditioners reduce friction, preventing cracks and tears in high-stretch zones. But overuse risks residue buildup and diminished breathability.
4. Proper Storage
Synthetic leather articles require dry, moderate-temperature storage away from direct sunlight and heat to prevent degrading from UV exposure or plasticizing compounds leaching from heated polymers. Avoid moisture traps like non-breathable plastic bags. Crease folds to relieve shaping stresses.
With various offerings in the market, consumers may wonder how to identify durable, well-made synthetic leather products. Certain indicators help:
1. Supple Drape
Quality synthetic leather using optimal polymeric blending should feel supple without seeming flimsy and not appear too rigid or starchy.
The test involves manual bending - good synthetics lightly mold into creases before springing back without leaving permanent folds.
2. Consistent Surface Texture
Trustworthy synthetic leather exhibits smooth grain texture across the surface rather than peeling, uneven patches, or bubbles beneath, indicating poor adhesion to base textiles.
Areas like trim edges shouldn’t reveal tears, either. Color or pattern consistency also marks quality control.
3. Durability Testing and Brand Reputation
Checking reviews about usage performance across bags, shoes, or garments provides reliable insights on durability indicators like lifespan tear or fade resistance compared to genuine leather goods used similarly. First-hand testimony verifies marketing claims better.
Established manufacturers adept at engineering-grade polymers for different applications provide significant reliability assurances for synthetic leather shoppers.
They invest resources into upholding consistency, safety compliance, and durability appraisals relevant to usage contexts. Opting for lesser-known simulated leather may bring disappointments.
Ethical and Social Considerations
Opting for synthetic leather directly reduces reliance on livestock farming for hides and skins, forming the basis for the multi-billion dollar global leather trade. However, more significant associated issues deserve awareness, too, for upholding humaneness:
In developing economies like India, small farmers rely substantially on goat, sheep, or cattle rearing for subsistence income from milk and hides. Shunning leather usage affects such marginalized communities, increasing rural hardships.
Upliftment programs to teach new vocations require governmental prioritization before blanket leather avoidance turns reasonable.
With leather tanneries notorious for exploiting workers, synthetic leather made irresponsibly also impacts human rights. Replacing leather without emphasizing worker safety against hazardous chemicals and machine injuries solves nothing.
Principled synthetic leather manufacturers invest in fair wages, health insurance, and retirement benefits to avoid undue hidden costs met by the labor force.
As with most ethical consumption issues, straightforward narratives on “leather bad, synthetic good” seldom hold across cases. Some vegetable-tanned goat leather gets made sustainably by rural artisans being coveted globally.
To appreciate synthetic leather’s creative potential and real-world appeal, observing applications provides an inspirational reference:
Durable, cruelty-free synthetic leather handbags like this shoulder bag and wallet set make daily essentials straightforward while reducing the environmental burden. The material maintains a smooth grain texture and sheen despite regular, stuffed use while weighing lighter than its bovine leather counterparts. Easy wipe-clean maintenance adds convenience.
Sophisticated interiors like this contemporary lounge illustrate synthetic leather’s decorative potential beyond assumptions of faux pleather only suiting tacky appearances. When thoughtfully engineered, it helps achieve decadent aesthetics economically with reliably high performance worthy of luxury spaces.
For outerwear expected to withstand seasonal abuse from the elements, synthetics make durable sense. Leather-like biker jackets retain structure across wearing and cleaning without fading or tearing prematurely. Water resistance provides practical utility, while breathable linings ensure spring and autumn comfort.
Automotive applications demand specially optimized synthetic leather. The interiors in a concept electric car integrate ergonomic and sleekness through quilted, two-tone synthetic leather seats. Matching the vehicle’s futuristic ambitions, ethical synthetics align optimally without chemical odor or animal cruelty.
With deeper consumer awareness, synthetic leather holds strong market potential for upholding animal leather's style and performance credentials sans associated ethical and environmental issues.
However, relying on safe manufacturing protocols, renewable energy investments by producers, and worker welfare that guarantees minimal exploitation alone can correctly nurture the industry's sustainability claims.
Discerning consumers favoring cruelty-free lifestyles play a pivotal role in supporting innovative animal-free materials instead of mainstream plastics-based synthetics alone while emphasizing the human rights of factory laborers and accountability from brands.
Frequently Asked Questions about Synthetic Leather
What is synthetic leather made of?
Most common synthetic leathers contain polymers like polyurethane (PU), polyvinyl chloride (PVC), or recycled polyester blended with various plasticizers onto fabric backings.
More eco-friendly alternative production utilizes natural materials like cork, paper, waxed cotton, or pineapple fibers instead of plastics.
Is synthetic leather the same as real leather?
Synthetic leather differs intrinsically from natural animal leather in origin and structure. Artificial from polymers, it lacks the complex protein fiber formation that gives strength and beauty to tanned hides.
However, quality synthetics emulate aesthetic qualities like grain texture, soft drape, and richness effectively using embossing techniques.
What are the disadvantages of synthetic leather?
Cheaper synthetic leather may need more durability compared to genuine hides. Non-breathability causes heat discomfort. Plastic-based synthetics face recycling and landfill disposal issues due to non-biodegradability.
Concerns around chemical safety for factory workers and communities near production facilities exist unless ethical protocols are followed.
Is synthetic leather considered better or worse than real leather?
Whether synthetic leather rates are better or worse than natural leather remains subjective based on factors valued by individual consumers. Synthetics win for affordability, customization, and animal-friendly credentials.
But high-grade hide leather still surpasses luxe feel, patina richness, and heirloom longevity prospects. Ultimately, personal priorities decide.
Shop our collection of: