SYLVA® is our range of viscose and lyocell fibers made from certified wood-based raw materials.
SYLVA® combines softness, comfort, and processing performance with a clear link to renewable resources. Developed for customers across nonwoven, spinning, hygiene, and home textile industries, SYLVA® supports applications where both functionality and responsible sourcing matter.
From lightweight nonwovens to soft textile applications, SYLVA® delivers reliable fiber performance across a wide range of end uses.
SYLVA® is Fiberpartner’s viscose and lyocell fiber portfolio based on natural cellulose raw materials sourced from certified wood.
The SYLVA® range is designed to offer:
SYLVA® fibers are suitable for both standalone use and blending with other fibers depending on the desired end-product performance.
Softness and comfort
SYLVA® fibers provide a soft and pleasant textile feel, making them suitable for applications where comfort and skin contact are important.
Renewable raw materials origin
Produced from certified wood-based raw materials, SYLVA® offers a fiber solution connected to renewable resources.
Excellent versatility
SYLVA® can be used across a broad range of industries and technologies, including nonwovens, spinning, hygiene, and home textile applications.
Reliable processing performance
The fiber range is designed to support stable and efficient processing performance across different manufacturing methods.
High absorbency
Viscose and lyocell fibers are known for excellent moisture management and absorbency properties, supporting functionality in hygiene and wiping applications.
Blend compatibility
SYLVA® fibers can be blended with both natural and synthetic fibers to achieve specific product characteristics and performance targets.
The choice between viscose and lyocell depends on the specific application, processing method, and desired product performance. Fiberpartner supports customers in selecting the right SYLVA® fiber solution for each application.
Understanding the difference.
Both viscose and lyocell are regenerated cellulose fibers made from wood-based raw materials. They share many characteristics, including softness, comfort, and excellent absorbency. However, the fibers differ in production technology and performance profile.
Viscose
Viscose fibers are widely used across textile and nonwoven industies due to their softness, versatility, and cost-efficient performance.
Typical characteristics include:
Lyocell
Lyocell fibers are produced using a solvent-spinning process with high solvent reccovery rates. The fiber is known for strong performance and durability.
Typical characteristics include:
Suitable for multiple nonwoven technologies and end uses, including:
SYLVA® supports hygiene applications where softness, absorbency, and comfort are essential. Typical:
The fiber range can be used in spinning applications for yarn and textile production, both as standalone fibers and in blends. Typical:
SYLVA® fibers support soft and comfortable home textile applications. Typical:
The right choice depends on the application, processing method, and desired end-product performance. Fiberpartner supports customers in selecting the most suitable SYLVA® fiber solution based on technical and commercial requirements.
SYLVA® is particularly suitable for applications requiring softness, comfort, and absorbency, such as:
Yes. SYLVA® fibers are produced from certified wood-based raw materials, providing a clear connection to renewable resources and supporting responsible sourcing strategies.
Yes. SYLVA® fibers are suitable for blending with both natural and synthetic fibers to achieve specific product properties, functionality, and performance targets.
SYLVA® fibers are suitable for a broad range of industries and applications, including:
Both fibers are regenerated cellulose fibers made from wood-based raw materials, but they differ in production method and performance profile:
SYLVA® offers several key benefits, including:
SYLVA® is Fiberpartner’s range of viscose and lyocell fibers made from certified wood-based raw materials. The fibers are designed for applications where softness, absorbency, comfort, and reliable processing performance are important.