The formula to create a fully biodegradable, recyclable, soluble and heat-resistant material as a replacement for plastic. With the same properties as plastic and as strong as petroleum products. Including the formula with which this material can be completely dissolved with water and agent LíoFlex++.
It is a mix of raw materials where we develop a new material through different compositions that is 100% biological, degradable and soluble. A technological feat and heat-resistant up to high temperatures.
A few innovative entrepreneurs from the Netherlands who are always looking for revolutionary applications and solutions worldwide.
A groundbreaking, fully biobased alternative to plastic that is not only sustainable, but also fully circular and biodegradable. Developed from natural raw materials, without oil or harmful chemicals. After use? Back to nature — or reused, without loss of quality and without polluting the environment and our health.
It is a natural polymeric environmental compound with an adjustable degradation and processing method. Biodegradable, recyclable, soluble and heat-resistant raw materials to replace all environmentally polluting and non-degradable and soluble substances.
A number of raw materials are mixed in different quantities, creating a specific material that resembles plastic. In different thicknesses and hardnesses. By again adding an existing agent, LíoFlex++, the material is soluble. Possibly forced (this can be set) and the residue that remains can be reused.
With this material the production possibilities are endless. Very diversely applicable to the production of furniture, office, home, garden and kitchen items. As well as in industry, automotive industry etc.
From packaging to building materials
Leaves no trace
Made to return to the chain
Without compromising on performance
Against high temperatures
No waste. No compromises. Only a future in which sustainability and a healthy foundation are the norm. When in contact with water, the material breaks down into its original components, which are processed by bacteria that are naturally present in the environment. This process prevents the formation of micro and nano plastics, two by-products that currently pose a serious threat to the environment and health.
Waste in the ocean has become one of the most critical environmental issues of our time, with catastrophic consequences for marine ecosystems and the world.
With over 460 million tons of plastic generated annually by 2024 and an estimated 20 million tons entering the environment each year, the scale of the problem is growing. The ocean, a crucial part of the Earth’s natural balance, is bearing the brunt of this pollution. Ingestion and entanglement of plastic endangers the lives of millions of marine animals, ranging from tiny plankton to enormous whales. Coral reefs, which support a diverse marine biodiversity, are also threatened as plastic waste destroys their fragile ecosystems.
In addition, small plastic fragments have entered the food chain, posing serious health risks to marine life and ultimately to humans. The presence of plastic waste in the ocean, which can persist for decades without decomposing, exacerbates the problem and requires urgent action. Governments, industry and individuals must work together to implement long-term solutions, such as eliminating single-use plastics and promoting a circular economy.
The tensile strength of the material is 560-710 kg/cm².
The E-modulus is 1.6-1.8. This means that 1 meter of material can be stretched to 1.6 or 1.8 meters.
1.6 to 1.8 times the magnification of the material.
The material is resistant to all materials, even to aggressive substances such as gasoline, diesel, thinners, etc. The material it dissolves is water.
No experiments have been carried out yet regarding UV resistance, but research can be done with UV adsorbers. These adsorbers must be made from outside.
The material can be dyed in any desired colour, dense and transparent.
The relative density of the material depends on the different recipes and is between 1.05 and 1.20 g/cm3 (weight).
The material is processed up to a temperature of 120 °C, depending on the desired thickness. We must also take into account the desired dissolution time.
The material is thermoplastic. It can be recycled and used multiple times.
The material is intended for extrusion, it is not suitable for pressure (injection) casting. For laser cutting it must be very thick, almost 0.5 cm, and of course experiments must be carried out.
Yes, the material degrades in nature, depending on the amount of water it comes into contact with, and it has no impact on nature, because all ingredients are non-toxic.
Yes, sample material can be made and some small samples are available.
LíoFlex is not just an innovative formula. It is a statement. A choice for innovation, responsibility and a liveable world for today and tomorrow.
For everyone, worldwide.
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