What Is Performance Fabric Made Of? Abrasion Ratings & Jacquard Explained

What Is Performance Fabric Made Of?

Performance fabric is a broad category of textiles engineered to deliver specific functional properties — such as moisture management, stretch, durability, UV protection, or stain resistance — beyond what conventional fabrics offer. Rather than being defined by a single fiber, performance fabric is defined by its functional outcome: how the material behaves under stress, heat, moisture, or repeated use.

Most performance fabrics are made from one or more of the following base materials, either in pure form or as blended compositions:

• Polyester: The most widely used synthetic fiber in performance textiles. Polyester is lightweight, strong, quick-drying, and resistant to shrinking and stretching. It is the backbone of most activewear and outdoor performance fabrics.
• Nylon (Polyamide): Stronger and more abrasion-resistant than polyester, nylon is used in high-wear applications such as backpacks, workwear, and performance upholstery. It has excellent elasticity and recovers its shape well after stretching.
• Spandex (Elastane / Lycra): Used in small percentages (typically 5–20%) blended with other fibers to add stretch and recovery. A fabric with just 5% spandex can stretch up to 500% of its original length without breaking.
• Polypropylene: Exceptionally lightweight and hydrophobic (water-repelling), polypropylene is used in base layers and technical outdoor gear where moisture wicking and low weight are critical.
• Merino Wool: A natural performance fiber with outstanding temperature regulation, odor resistance, and moisture management. Merino is increasingly used in premium performance apparel where comfort and sustainability are priorities alongside function.
• High-tenacity nylon or polyester variants: Used in heavy-duty applications such as ballistic nylon, Cordura, and ripstop fabrics, where tear resistance and long-term durability are required.

In addition to fiber composition, performance fabrics often incorporate functional finishes and coatings — such as DWR (Durable Water Repellent) treatments, antimicrobial agents, UV-blocking finishes, or flame retardants — that further enhance their performance characteristics without changing the base fiber.

Common Performance Fabric Fibers and Their Properties

Understanding how each fiber performs across key dimensions helps in selecting the right fabric for a specific application:

What Is Fabric Abrasion and Why Does It Matter?

Fabric abrasion refers to the gradual degradation of a textile's surface caused by repeated friction against another surface. In practical terms, it is what causes upholstery to look worn and threadbare after years of use, or what makes the knees of work pants break down before the rest of the garment.

Abrasion resistance is one of the most important durability metrics for any fabric intended for high-use applications — including contract furniture, outdoor gear, workwear, automotive interiors, and performance apparel. A fabric with poor abrasion resistance will pill, fray, thin out, or tear significantly earlier than its expected lifespan.

There are three main types of fabric abrasion to be aware of:

• Flat abrasion: Repeated rubbing across a flat fabric surface — the most common type, simulating wear from sitting on furniture or friction against a backpack strap.
• Flex abrasion: Wear that occurs at bends and folds, simulating the crease stress at elbows, knees, or seat cushion edges.
• Edge abrasion: Deterioration at fabric edges — particularly relevant for seams, piping, and structural trim in upholstery applications.

How Abrasion Resistance Is Tested and Rated

Two standardized testing methods are used globally to measure and communicate a fabric's abrasion resistance:

Martindale Test (ISO 12947)

Widely used in Europe and for contract/commercial upholstery, the Martindale test rubs a fabric sample against a standard abrasive cloth in a figure-eight motion. Results are expressed in rubs — the number of cycles before the fabric shows visible wear or two threads break. Higher rub counts indicate greater durability:

• Under 10,000 rubs — light domestic use only
• 10,000–25,000 rubs — general residential use
• 25,000–40,000 rubs — heavy domestic and light commercial use
• Over 40,000 rubs — heavy contract and commercial use
• 100,000+ rubs — high-performance contract fabrics (transit seating, hospitality, healthcare)

Wyzenbeek Test (ASTM D4157)

The standard used predominantly in North America, the Wyzenbeek test draws the fabric back and forth against a wire mesh or cotton duck abrasive. Results are reported in double rubs (DR). General benchmarks for upholstery applications:

• 15,000 double rubs — minimum for residential use
• 30,000 double rubs — heavy residential / light commercial
• 100,000+ double rubs — heavy-duty commercial / contract grade

Note that Martindale and Wyzenbeek scores are not directly comparable — different test methods, abrasive materials, and motion patterns mean that a 30,000 Martindale rub count does not equal 30,000 Wyzenbeek double rubs. Always compare fabrics using the same testing standard.

What Is Jacquard Fabric?

Jacquard is not a specific type of fiber or weave — it is a method of fabric production using a Jacquard loom, invented by Joseph Marie Jacquard in 1804. The defining characteristic of jacquard fabric is that its patterns and textures are woven directly into the fabric structure itself, rather than printed onto the surface or applied afterward.

The Jacquard loom uses a system of punch cards (now digitally controlled) to independently control individual warp threads, allowing complex, intricate patterns — including raised textures, brocades, damasks, tapestries, and pictorial designs — to be created with precision and repeatability at industrial scale.

Key characteristics of jacquard fabric include:

• Pattern durability: Because the pattern is structural rather than surface-printed, it does not fade, peel, or wash off over time.
• Texture and dimension: Jacquard weaving creates a tactile, three-dimensional surface quality that flat-woven or printed fabrics cannot replicate.
• Fiber versatility: Jacquard can be produced in virtually any fiber — silk, cotton, polyester, nylon, wool, or blends — making it suitable for everything from luxury fashion to high-performance upholstery.
• Design complexity: Modern digital jacquard looms can reproduce photographic-quality images woven directly into fabric, a capability used in premium automotive interiors and luxury home furnishings.

Jacquard vs Other Fabric Types: Which Should You Choose?

Jacquard sits at the premium end of the fabric spectrum. Understanding how it compares to alternatives helps clarify when it is the right choice:

Choose jacquard when visual richness, long-term pattern retention, and premium tactile quality are priorities — particularly for upholstery, drapery, or apparel that will be subject to years of use and repeated washing. The higher upfront cost is offset by the fabric's longevity and the fact that its decorative properties will not degrade over time.

For budget-sensitive projects where aesthetics are secondary to function, printed fabrics or plain weaves will serve adequately. However, for contract environments — hotels, offices, transit seating — combining a jacquard construction with a high-performance synthetic fiber (such as solution-dyed polyester or nylon) delivers both design quality and the abrasion resistance needed for heavy commercial use.

When sourcing jacquard fabric for upholstery applications, always verify the Martindale or Wyzenbeek rub count in addition to the weave construction — a beautiful jacquard pattern on a low-rub-count fabric will not perform adequately in high-traffic settings regardless of its aesthetic appeal.