A material made from renewable biological resources derived from biomass. This term contrasts with fossil-based materials, such as petrochemical-derived materials.

Property of a material that allows it to naturally decompose in the environment through the action of microorganisms, leaving no residue behind.

The total organic matter derived from plant, animal, or microbial origins, used as a source of energy or raw material. Biomass can include wood, agricultural waste, or co-products such as milk proteins, which are used to produce materials like CareTips®.

An economic model aimed at reducing waste by maximizing the reuse of resources, for example, by incorporating biodegradable or recyclable materials.

Characteristic of materials that can biodegrade quickly and transform into compost under specific conditions of heat, humidity, and oxygen. Compostable products help reduce waste and align with the principles of the circular economy.

Microplastics are microscopic plastic particles that form during production and spread throughout their lifecycle into the environment. Since they are not biodegradable, they contribute to massive, invisible pollution, posing a threat to the planet and the health of all living beings.

A substance composed of long molecular chains naturally formed (without processing or chemical modification), often derived from biological sources such as proteins or polysaccharides.

A material designed to replace conventional plastics, which are often petroleum-based and a source of microplastics, with more environmentally friendly solutions.

A material made from natural resources that can regenerate within a “human” timeframe, a short period. Unlike fossil-based materials with long regeneration cycles, renewable materials are part of a sustainable approach.

The process of reusing a product or material for the same function without significant transformation. Reuse aligns with the principles of the circular economy and waste reduction.

The ability of a material to completely dissolve in water. Water-soluble products are often used in applications requiring rapid solubility without residue. However, dissolution does not necessarily guarantee the biodegradability of the material.The ability of a material to completely dissolve in water. Water-soluble products are often used in applications requiring rapid solubility without residue. However, dissolution does not necessarily guarantee the biodegradability of the material.