Products

Products for different needs

Our four product lines – Loft, Dual, Elite and Comfort – are used in key components that optimise both functionality and aesthetics of the final product.

Optional post-treatments such as printing, embossing, 3D embossing, and aperturing can further enhance functionality, such as softness cues and breathability.

Together, these solutions elevate product performance, design and end-user comfort.

Applications

Where
nonwovens are used

Absorbent hygiene products are made of several layers. Each serves a specific purpose – among others staying soft against the skin, absorption and containment of fluids. Our nonwovens and printed nonwovens are key components in applications like top sheets, back sheets, cores, barrier leg cuffs, poo pockets and closure systems – all working together to provide comfort.

Poo pocket

Containment flap helps prevent leakage up the back.

Top sheet

Brings comfort and keeps the skin dry, clean and comfortable by transferring the liquid to the acquisition distribution layer.

Acquisition distribution layer

Transports liquid from the surface to the core of the product, where the liquid is locked in.

Core

Absorbs and locks in the liquids.

Core wrap

Material that encircles absorbent core for core integrity and to contain the super absorbent polymer (SAP) or a mix of SAP and cellulosic fibres.

Back sheet

Waterproof layer to prevent leakage.

Fasteners

Consists of a repositioning strip located on the front of the layer and fasteners attached to each rear side of the layer.

Barrier leg cuff

Prevent leakage out of the diaper – and optimise fit.

Spunbond/Spunmelt
technology

Whether it is barrier, strength, softness or functional and aesthetic properties, we customise to fit customer needs.

Basis weight 5 g/m2 – 100 g/m2
Bonding patterns Standard 18% oval pattern.
Special softness enhancing patterns.
Other patterns can be developed jointly upon request.
Treatments Hydrophilic/Hydrophobic
Soft
Antistatic
Embossing
Aperturing
Various botanicals are possible including: Aloe Vera, Olive Oil, Silk Protein, Vitamin E & Chamomile.

Quality

Ensuring
consistent quality

Quality is built into every step – from raw materials to finished rolls. It takes clear standards and strong teamwork across the entire value chain.
Quality

Recognised by EcoVadis

Fibertex Personal Care in Germany has received a Gold Medal – and Denmark, Malaysia and USA have each received a Silver Medal from EcoVadis. EcoVadis is a global, independent agency that rates companies on their performance across environment, labour and human rights, ethics and procurement. The Silver rating places us in the top 15% of more than 100,000 companies worldwide.

Explore more about the EcoVadis assessments – and also, get an overview of our certificates in Quality and Sustainability.

SUSTAINABILITY

Sustainable
is Possible

Our mindset “Sustainable is Possible” expresses our drive to
always believe in and prioritise sustainability. Whether we are
facing a new challenge or repeating a known procedure, we are
determined to be driven by this fundamental way of thinking
and behaving. Always asking: “Can this be done in a more
sustainable way?
It is not new to us. This is how we work, how we act – and how
we interact. The new part is how to continuously set new targets,
formalise expectations, share our successes and determine
common methods of measurement.

Sustainability

Get in touch

Feel free to reach out using the contact information provided and we will get back to you as soon as possible.

Kim Høgild Nørgaard

Europe, America and Africa

Commercial Director

salesdk@fibertexpersonalcare.com 

Lim Cheng Hoe

Asia-Pacific

Sales Manager

hoe@fibertexpersonalcare.com

Mikiya Nomura

Japan

Country Manager, Japan

mky@fibertexpersonalcare.com

Frequently
asked questions

                   
What raw materials are used in the production of spunbond and spunmelt nonwovens?

The production process uses polypropylene (PP) and polyethylene (PE) polymer resins along with selected additives.

                   
How are the fibres formed in the spunbond and meltblown processes?

The raw materials are melted and extruded into fibres. In spunbond, the polymer passes through a die plate with multiple rows of holes. The fibres are stretched and deposited on a moving belt. In meltblown, the fibres are extruded through a single row of holes and stretched using high-velocity hot air.

                   
What is the typical diameter of spunbond fibres?

Spunbond fibres generally have a diameter of 13–17 microns (1.2–2.0 dtex).

                   
What is the typical diameter of meltblown fibres?

Meltblown fibres are finer, typically ranging from 1–5 microns in diameter.

                   
What roles do spunbond and meltblown fibres play in the final fabric?

Spunbond fibres provide strength and structure. Meltblown fibres create a barrier layer due to their fine diameter.

                   
What does SMS or SMMS mean?

These terms refer to the structure of the nonwoven: Spunbond-Meltblown-Spunbond (SMS) or Spunbond-Meltblown-Meltblown-Spunbond (SMMS), where meltblown layers are enclosed by spunbond layers.

                   
How is the nonwoven fabric bonded?

The fibre web is thermally bonded using heated rollers, ensuring optimal strength and softness.

                   
How are hydrophilic or antistatic properties added?

A surfactant is applied in-line during production to provide hydrophilic or antistatic properties when needed.

                   
How is quality controlled before shipping?

The fabric is scanned by cameras for defects before being rolled into jumbo rolls. These are later slit and packed according to customer requirements.

                   
Can the nonwoven fabric be printed?

Yes. Through our Innowo Print brand, we use advanced Flexographic technology to print colours and images directly on the nonwoven and other challenging substrates.

                   
What raw materials (resins) are used in production of spunbond and spunmelt nonwovens?

PP/PE polymer resin and various additives.

                   
How are the fibres extruded?

The raw materials are melted/extruded and spun to form spunbond fibres and meltblown fibres in the respective fibre spinning beams.
In the spunbond process, the raw materials pass through a die plate with holes spread over multiple adjacent rows. The fibres are stretched and deposited on a moving belt.

                   
Which size is a meltblown fibre?

For the meltblown process, it passes through a die plate – with holes in a row. It results in a layer of thin filaments. These filaments are afterwards stretched while passing through a high velocity hot air stream. Meltblown fibres typically have a diameter in the range of 1-5µm.
The spunbond fibres provide strength to the final web, whereas the thinner meltblown fibres provide barrier to the final web.

                   
What is thermal bonding?

The web is thermo-bonded using heated rollers to form a final nonwoven with optimum characteristics.

                   
How do you obtain hydrophilic or antistatic properties?

For some products, hydrophilic or antistatic properties are desired. This is obtained by in-line application of surfactant.

                   
What happens to the fabric during production?

The spunbond/spunmelt fabric is scanned by cameras for quality control before being rolled onto shafts in large jumbo rolls and subsequently cut into smaller rolls and packed according to customer requirements.

                   
How do we print on nonwovens?

Through our Innowo Print brand, we possess a unique flexographic technology, where colours and images are printed directly on the nonwoven fabrics.