CS87-100® - our own green revolution!
At Inplastor, we are specialists in printing on plastic, a knowledge and expertise we have built since 1957. Plastic is a fantastic material in many ways, easy to process, relatively cheap, durable and tough. But there is also a downside. The vast majority of plastics (or polymers, as they are more scientifically known) are based on fossil raw materials, namely oil.
This is problematic in several ways. Oil is not an infinite resource and will run out. The manufacturing processes to produce the plastics also cause high carbon emissions, and often rely on toxic chemicals that risk harming both people and nature. Recently, the risks associated with microplastics and PFAS ('perpetual') chemicals have also been highlighted as making our consumption of plastics even more problematic.
In spring 2022, we decided that together with our partners Brigo and BIQ Materials will become part of the solution instead of the problem. An intensive development work took off, and stakeholders from all over the world became involved to contribute with their expertise. The result of this work is CS87-100®, a milestone in our nearly 70-year history.
What is CS87-100®?
Målbilden med det material som vi kallar CS87-100® var från början att hitta ett material som på ett bra sätt skulle kunna ersätta andra polymerer såsom PP och PVC i vår tryckeriproduktion. Vi tror inte på att ersätta ett material med ett sämre men miljövänligt alternativ, och därför var materialets funktion och prestanda i absoluta fokus redan från start. Hög hållfasthet, flexibilitet och god tryckbarhet, det tummar vi aldrig på!
In addition, we wanted a material that was environmentally friendly. CS87-100® is therefore made from 87% renewable raw material (based on PLA plastic derived from sugarcane) and is 100% free of harmful substances. The material thus contains no hazardous solvents or other chemicals, and does not produce dioxins or microplastics when it breaks down. Indeed, CS87-100® is biodegradable, recyclable, and does not release any hazardous substances when incinerated. All of this is designed to minimize the impact on our environment, regardless of where the material ends up.
But as you know, sustainability is more than just environmental requirements. It has therefore been important for us that the entire supply chain is controlled from a broad sustainability perspective, with the UN's sustainability goals as a starting point.
The journey has just begun
The development of our new material is an ongoing project, and a journey towards a constantly improving material. Our goal is to achieve a negative CO2 impact within 3-5 years, mainly by developing the cultivation processes for sugar cane.
We are also continuously working to increase the renewable share of the material, but just like at the beginning of the journey, we never compromise on the performance of the material.
We believe that the key to creating truly sustainable materials is that the foundation itself must be green from the start. CS87-100® is a shining example of when innovation, collaboration, and a focus on function have created something that can genuinely steer the plastic printing industry toward more sustainable alternatives. Or perhaps it is simply an example of common sense – or as we say: Common Sense!
CS87-100® at a glance
- 87 % renewable raw materials
- 100 % free of harmful substances
- Biodegradable
- No microplastics during degradation
- 78 % lower CO2 footprint compared to traditional plastics
- High performance: strong, flexible and printable
- Suitable for advertising, packaging, industrial and consumer products
CS87-100® most certainly has a place in your marketing and sustainability work. Book a meeting with us and we will tell you more
What do others say?
CS-87-100® is already available to several of our customers, and has also received media attention:
The sectoral definition Sign&Print 2025-08-21
Frequently asked questions about CS87-100®
What is CS87-100®?
CS87-100™ is Inplastor's proprietary plastic material that can replace traditional polymers such as PP and PVC in print production - without compromising on function. The material is developed with a focus on high strength, flexibility and good printability, while having clear sustainability benefits.
Why did Inplastor develop CS87-100®?
Most plastics are based on fossil raw materials (oil) and can result in high carbon emissions as well as risks linked to chemicals, microplastics and PFAS. Inplastor therefore started a development project in 2022 together with Brigo and BIQ Materials to be part of the solution and create a material with lower environmental impact and a controlled supply chain.
How sustainable is CS87-100® compared to conventional plastic?
CS87-100® consists of 87 % renewable raw material (PLA from sugarcane), is 100 % free of harmful substances, and is both biodegradable and recyclable. The material does not produce dioxins or microplastics when it degrades and has a CO₂ footprint that is approximately 78 % lower than that of traditional plastic.
What can CS87-100® be used for?
CS87-100® is suitable for many applications where printing on plastic is required, such as promotional products, packaging, industrial labeling, and consumer goods. If you would like to see if the material fits your application, you can book a meeting and Inplastor will review the requirements, material selection, and next steps.