Fiberpartner / PP Spunbond for Pocket Spring Products

ENHANCE BIODEGRADATION OF POLYPROPYLENE

PrimaLoft® Bio™ technology enables polypropylene nonwoven spunbond and fibers to biodegrade* and return to materials found in nature.

Your product will maintain regular shelf life and tensile strength while offering the benefits of enhanced biodegradation.

Polypropylene is finally biodegradable*

PrimaLoft® Bio™ technology enhance the biodegradation of polypropylene spunbond nonwovens and fibers.

A revolutionary breakthrough that offers a previously unattainable level of performance and biodegradability, reducing microplastics in our landfills and oceans, PrimaLoft® Bio™ is a first-of-its-kind technology and represents a critical component to a product’s lifecycle – a safety net should the product shed during laundering or end up in a landfill. It is simply designed to return to materials found in nature.

*Biodegradable: See the latest biodegradability test results and disclaimer at fiberpartner.com/testresults

Hydro-degradable technologies

PrimaLoft ® Bio™ has been specifically designed to biodegrade* in the environments where the vast majority of plastics eventually find themselves.

According to 3rd party independent testig, PrimaLoft ® Bio™ PP Spunbond reached 25% biodegradation* in 263 days when exposed to an accelerated landfill environment. At the conclusion of this test, the sample has shown a relatively consistent rate of biodegradation (biogas continues to be produced), demonstrating that it has not leveled off yet and that the sample is continuing to biodegrade.

*Biodegradable: See the latest biodegradability test results and disclaimer at fiberpartner.com/testresults

PrimaLoft ®Bio™ makes it easier for microorganisms to consume plastic, resulting in full biodegration*.

Let’s make microplastic a micro problem

PrimaLoft® Bio™ technology does not change the physical properties of PP materials.

This efficiently minimize micro plastic pollution, unlike OXO or UV degradation that creates microplastics in the presence of oxygen and sunlight and does not biodegrade.

Reduces the long-term impact of microplastic pollution

Resistant to the UV and OXO degradation

Tested in landfill, ocean water, soil and wastewater conditions

Scientifically tested and proven effect

Does not impact normal usage

PP spunbond advantages

Lightweight: PP Spunbond is lightweight, which makes it easy to handle and transport.

Breathability: The porous structure of PP Spunbond allows air to pass through the fabric, making it breathable.

Softness: PP spunbond can be manufactured to have a soft and smooth texture, making it comfortable to touch.

Strength and Durability: Despite its lightweight nature, PP spunbond is strong and durable. It exhibits good tear and tensil strength.

Chemical and Water Resistance: Polypropylene has inherent chemical resistance and is hydrophobic, meaning it repels water. As a result, PP spunbond exhibits excellent resistance to various chemicals and liquids.

Cost-effective: PP spunbond is relatively inexpensive to produce compared to other fabrics, such as woven textiles.

Versalility: PP spunbond can be easily customized and tailored to meet specific requirements. It can be produced in various weights, thicknesses, colors and surface treatments, enabling its use in a wide range of applications.

Environmentally Friendly: Polypropylene is a recyclable material, and PP spunbond fabrics can be recycled and reprocessed into new products. Additionally, as a lightweight material, it consumers fewer resources during transportation, contributing to lower energy consumption and reduced carbon footprint.

LIGHTWEIGHT

BREATHABILITY

CUSTOMIZED AND TAILORED

ENVIRONMENTALLY FRIENDLY

Why is PP spunbond well-suited for pocket spring mattresses?

PP spunbond is highly breathable, allowing for good air circulation within the mattress. This is important for maintaining a cool and comfortable sleep environment, as it helps to regulate body temperature and prevent excessive sweating during sleep.

The structure of PP spunbond fabric creates a barrier that helps to prevent the pnetration of dust mites, allergens, and other microscopic particles. This beneficial for induviduals with allergies or asthma, as it reduces the potential triggers that can disrupt sleep or cause allergic reactions.

PP spunbond is know for its strength and durability, making it an excellent choise for the production of pocket spring mattresses. The fabric can withstand the repeated compression and expansion forces that occor with regular use of the mattress, ensuring long-lasting performance and support.

PP Spunbond is flexible and can easily conform to the shape and movement of pocket spring within the mattress. The flexibility allows for optimal interaction between the springs and the fabric, ensuring proper support and comfort.

PP spunbond has inherent moisture-wicking properties, which means it can absorb and dissipate moisture effectively. This helps to keep the mattress dry and prevent the growth of mold, mildew, and odor-causing bacteria, contributing to a healthier sleep environment.

PP spunbond is resistant to stains and easy to clean. It can be spot-cleaned or wiped down with mild cleaning agents, allowing for easy maintenance and ensuring the mattress remains clean and hygienic over time.

Breathability Dust resistance Hygiene

Overall the breathability, dust resistance, durability, flexibility, moisture management, hygiene, and cost-effectiveness of PP spunbond make it an ideal material for the production of pocket spring mattresses.

It enhances the comfort, support, and longevity of the mattress, contributing to a restful and rejuvenating sleep experience

About Fiberpartner

Through innovative technology and extensive know-how, we add value and upgrade fabric fibers to change the world of polyester.

Any company depending on polyester knows that to future-proof the business, we must speed up the transformation to a more climate friendly production and consumption of polyester. It’s code red for humanity, and the old ways will no longer meet tomorrow’s demands.

At Fiberpartner we know. And what’s even more important, we know how to fix the problem with polyester – through innovative technologies, strategic partnerships and choice editing. For choosing polyester is not as simple as it used to be.

As a supplier of polyester, we play a significant role in the solutions our customers choose and use. We might not have the final say, but we continuously explore different approaches to innovating fibers and services to influence buyer behaviour and edit choice out of the market.

Our 40 years of global experience and extensive know-how about the newest and most innovative technology from recycled plastics to biodegradable polyester have urged us to make change happen.

But no matter how much experience and expertise we have, and no matter how hard we strive to come up with new solutions to help our clients and our climate, this requires collaborations and partnerships. And that’s why we invite you to help us change the world of polyester.

Let’s fix polyester together.

About PrimaLoft®

PrimaLoft ® is Relentlessly Responsible TM

How do you choose between what’s good for you and what’s good for the planet? Isn’t it one in the same? That’s why we’ve created a single focused movement, using performance to drive sustainability in our industry. We do this by pushing the limits of material science forward, resulting in the perfect balance between performance and responsibility. Each one elevated. Neither one sacrificed.

We provide material solutions for a wide variety of activities and experiences across many industry segments and constantly strive to develop better more climate friendly solutions.

PrimaLoft ® Bio™ is the first ever technology that enables polyester and fiber to return to materials found in nature. A revolutionary breakthrough that offers a previously unattainable level of performance, while drastically reducing the impact of micro plastics in our landfills and oceans. Another important milestone for the planet.

Test results

*Biodegradable: 25% biodegradation in 263 days under ASTM D5511 conditions (landfill environment); The stated rate and extent of degradation does not mean that the product will continue to degrade.

Thetest results

LandfillSimulation

Test methodASTMD5511

ThisASTMtestmethodisequivalentto ISO15985

263 days

PrimaLoft ® Bio ™ PPSpunbond25%

0 %

LandfillSimulation

Test methodASTMD5511

ThisASTMtestmethodisequivalentto ISO15985

126 days

PrimaLoft ® Bio ™ PPStapleFiber15.1%

Standard PPStapleFiber 0.6 %

Biodegradation

Biodegradation

Time Elapsed(days)%

Biodegradable PPSpunbondnonwoven

Cellulose(of fice paper) Negativecontrol(PE)

Time Elapsed(days)%

BiodegradablePPStaple Fiber

Cellulose(of fice paper)

Standard PPStapleFiber

*Biodegradable: 25%biodegradationin263daysunder ASTMD5511 conditions(landfill environment); Thestated rateandextentof degradationdoesnotmeanthattheproductwillcontinuetodegrade.