Textile Engineering. Durable Upholstery Fabrics Designed to Last
A commitment that runs through every collection and application. At Crevin, durability is a hallmark of quality.
Our premium upholstery fabrics are engineered for outstanding wear resistance and long-term performance. Thanks to advanced double-weave technology, the fabric structure is reinforced without the need for coatings, resulting in durable furniture textiles that maintain their appearance, comfort, and functionality throughout their lifespan.
Durable Upholstery Fabrics That Always Look Their Best
Fabrics Designed to Transform Everyday Comfort
Crevin upholstery fabrics are engineered for high-traffic contract environments, delivering exceptional durability, comfort, and functionality without compromising on design.
Designed for both indoor and outdoor environments, the outdoor collection combines a soft touch, a natural appearance, and the durability required for contemporary outdoor living.
Tested Beyond Industry Standards
To ensure a realistic evaluation of long-term performance, Crevin subjects our fabrics to 10 domestic washing cycles before carrying out durability testing.
This rigorous process provides a more accurate assessment of how our upholstery fabrics perform under real-life use and maintenance conditions, validating their durability, reliability, and lasting quality over time.
Abrasion Resistance
Pilling (Lint Balls)
Seam slip
Tear resistance
Durability and Sustainability in Professional Textiles
Easy maintenance and long-lasting durability help extend the lifespan of upholstered furniture, reducing waste and lowering the environmental impact of the textile industry.
Our fabrics are manufactured in accordance with ISO 14001 environmental management standards and are certified by AENOR for both Zero Waste and Eco-Design. By recycling or reusing all materials generated throughout the production process, we promote a more responsible and sustainable approach to textile manufacturing.
Frequently Asked Questions About Durable Upholstery Fabrics
The most suitable are the high wear-resistant fabrics, with high abrasion resistance (Martindale), robust structure, and double weave construction. This type of durable upholstery fabrics is designed for intensive use in home and contract furniture.
Martindale resistance in upholstery measures a fabric's ability to withstand abrasion from friction. The higher the Martindale cycle count, the greater its durability. In demanding environments, fabrics with high values are recommended, especially in contract projects.
Durability is guaranteed through the combination of quality materials, double-weave technology, and rigorous technical testing, such as abrasion resistance, pilling, tear, and dimensional stability evaluations. This ensures a highly wear-resistant fabric prepared for real-world use.
Tear-resistant upholstery fabrics offer greater resistance to tearing and stress on seams, which extends the life of the furniture. They are especially useful in heavy-use upholstery, where the fabric is subjected to constant strain.
The weight indicates the fabric's density and is directly related to its strength and durability. High-weight fabrics usually offer greater consistency, better wear resistance, and a more robust feel in upholstery applications.
That a fabric meets certifications means it has been evaluated under strict technical criteria for strength and durability, including abrasion, pilling, and wash stability tests. This guarantees its reliability under intensive use conditions.
Our durable upholstery fabrics are designed to prevent:
. Premature wear
. Rips and tears
. Loss of aesthetics with use
. High maintenance costs
Thanks to their abrasion resistance and technical structure, they are ideal for contract furniture and demanding projects.
We recommend technical fabrics with high Martindale resistance, good seam stability, and easy maintenance, such as those developed with double-weave construction. They are the best choice for sofas, chairs, and furniture for heavy use, where durability is required without compromising design.