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When comfort is sustainable

The textile industry is moving at great speed towards a fairer, more balanced model.

In this context, recycled polyester staple fiber becomes the ideal solution, especially for filling products such as pillows, mattresses and duvets. Its resilience ensures long-lasting support, whilst its resistance to moisture and mould improves hygiene and prolongs the life of products.

Recycled polyester staple fiber for the textile industry

Recycled polyester staple fiber (PSF) has become an essential material in the textile industry thanks to its versatility, sustainability and excellent technical properties. Made from recycled materials such as PET bottles, this fiber is an ecological option which meets the growing demands for sustainability and performance of the sector.

Types of recycled polyester staple fiber for use in the textile industry

The variety of PSF fibers allows them to be adapted to different textile applications, guaranteeing functionality and quality in the final products. The most common types used are:

SOLID FIBER

More compact and resistant, it is used in applications requiring durability and support.

Common in technical fabrics, nonwovens and felts.

HOLLOW FIBER

Its hollow structure traps air, providing thermal insulation and volume.

Ideal for filling bulky textile products such as duvets and pillows.

CONJUGATED HOLLOW FIBER

Its helical structure affords exceptional elasticity and recovery.

Ideal for applications requiring volume, softness and resistance to caking, ensuring superior durability and a uniform appearance.

Treatments

Below are some of the most popular fiber configurations in the textile industry:

SILICONISED FIBERS

Silicone-treated to improve softness and resistance to caking.

Perfect for high-quality textile products such as bedding and upholstery.

ANTIBACTERIAL FIBERS

Impregnated with additives that inhibit the growth of bacteria and fungi.

Used in medical clothing, sportswear and home textiles.

Applications in the textile industry

Recycled PSF is an essential material in multiple areas of the textile industry, adapting to the needs of each segment:

Advantages of recycled polyester staple fiber

The use of recycled PSF in textiles not only promotes a more sustainable way of producing and living, but it also provides technical advantages that benefit manufacturers and consumers.

Sustainability

Produced from reused materials such as bottles and trays (PET), recycled fiber significantly reduces environmental impact and contributes to the circular economy.

Lightness and comfort

It affords softness and comfort, especially in applications such as bedding and clothing.

Durability and resistance

It is resistant to wear and tear, washing and intensive use conditions, extending the life of textile products.

Special properties

It can be customised with treatments to be antibacterial, fireproof or water-resistant, expanding its field of application.

Thermal efficiency

Excellent insulation, ideal for textile products in cold climates or temperature control.

Adaptability

Compatible with various textile production techniques, from weaving to nonwoven fabrics and felts.

Commitment to innovation and the environment

Our recycled polyester staple fiber is a component which is vital for the modern textile industry which balances functionality, sustainability and quality. In our commitment to innovation, we offer fibers adapted to the specific needs of each client, promoting a more ecological and efficient textile future.

Discover our fibers

SOLID FIBER

A versatile fiber with a void-free internal structure, designed to provide high strength, durability and uniformity. It offers a homogeneous structure that improves the stability of the final product.

HOLLOW FIBER

This fiber is known for its lightness, high thermal insulation capacity and cushioning properties. Thanks to its hollow internal structure, it offers excellent heat and volume retention.

CONJUGATED HOLLOW FIBER

Elasticity and excellent recovery capacity are two of the outstanding characteristics of this fiber. Its helical and hollow structure allows for greater volume and resilience, while providing comfort and durability.

Promote change

Shall we transform the future together?

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