Next gen Masterbatches for polymers

Anti-microbial | Far-infrared | Biodegradable and more

Anti-microbial addative in action.

The following tests have been conducted successfully:

Active markets.

We produce a lot of different addative that can be used in a wide range of industries
Other industries

And more.

Over a decade we have spend to devolop more technologies

Far-infrared addative.

MatX Smart Materials introduces a far infrared addative embedded in a masterbatch for polymers, enabling objects made from our material to absorb heat more efficiently and emit beneficial far infrared radiation. This innovative approach enhances physical performance, stimulates plant growth, and improves thermal insulation by retaining heat longer, offering a multifaceted advantage for a wide range of applications.

Biodegradable compound.

Introducing BDGX, a revolutionary biodegradable polymer certified by TUV for home composting. This transformative material offers a sustainable alternative for manufacturing processes such as injection and blow molding, easily breaking down through microorganisms.

All our technologies are suitable for.

Masterbatches will be supplied in the polymer of your choice.

Blow molding

Injection molding

Extrusion

Addative manufacturing

Book a free 20-minute consultation.

Do you want to learn more about our addative and compounds?

What can we do for you?

Discover the potential of our addative and technologies with a 20-minute digital meeting tailored specifically to your business. Our interactive session is designed to explore how our innovative solutions can enhance your existing products or help develop new ones. Whether you’re looking to innovate or integrate our technology into your product line, we’re here to provide insights and answer your questions.

Booking is easy! Simply use the calendar below to pick a time that works for you. Let’s connect and explore what our technologies can do for your business.

Name *
Company *
E-mail *
Subject *
introduction *
Example, what kind of products do you make and what is the base material
Date

Projects.

We have successfully completed over 50 trials.

Nieuws

News.

Read here our latest news.

The Growing Challenge of Silver Resistance in Antimicrobial Technologies

The use of silver in antimicrobial technologies has been a mainstay in combating bacterial infections for decades due to its broad-spectrum efficacy. Silver nanoparticles and silver ions are commonly used in medical devices, wound dressings, and various consumer products for their ability to kill bacteria. However, the increasing prevalence of

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Safer Drainage: The Role of AMBX against biofilm

Advancing Bathroom Drainage: The Role of AMBX Anti-Microbial TechnologyIn the quest for superior drainage solutions, a significant inquiry has been directed at MatX by a prominent international player. The central question revolves around whether the AMBX anti-microbial technology can effectively prevent the formation of biofilm and other microbial growth in

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AMBX keyboard covers

Elevating Device Protection: The Impact of AMBX on MacBooks and Medical Keyboards

A Taiwanese entrepreneur has revolutionized device protection by integrating AMBX anti-microbial technology into covers for MacBooks and medical keyboards. This innovative approach not only safeguards the devices but also significantly enhances user protection. AMBX technology contributes to a remarkable reduction of over 99.99% in bacteria and viruses, which were previously

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Why choose us.

More than a decade of experience.

We develop smart materials

With our experience in the innovative textiles industry, we developed a desire to venture into the rapidly growing 3D print industry. After several discussions with 3D print users, we concluded that there is still much to achieve in the realm of functional and smart materials.

Research & development

Years of R&D, involving a lot of trial and error, have brought us perseverance and led us to where we are today. With experts from all over the world, we have developed important functional and smart materials.

FIR & anti-microbial

These technologies can bring significant changes to the medical industry, enhancing recovery and performance. They can be combined with deformable polymers that can be modified to ensure optimal comfort.