Hygiene dispensers with a reduced CO2 footprint through non fossil based materials

AI Quick Summary

We look for non fossil-based plastics which are suitable for injection moulding and which meet the main characteristics of our products in terms of robustness, impact resistance, and chemicals resistance. The project englobes the evaluation of any alternative biobased material (or other sustainable solutions) apt for traditional injection moulding processes, including the assessment of our current and future CO2 footprint. As a manufacturer of hygiene dispensers, we mainly use plastics and metal in our production.For one of our product ranges for which we use recycled/regenerated materials, we are exploring the possibility of introducing more sustainable materials in our production process.We look for non fossil-based plastics which are suitable for injection moulding and which meet the main characteristics of our products in terms of robustness, impact resistance, and chemicals resistance. The project englobes the evaluation of any alternative biobased material (or other sustainable solutions) apt for traditional injection moulding processes, including the assessment of our current and future CO2 footprint.

Project Idea Metadata

• Project Idea Name: Hygiene dispensers with a reduced CO2 footprint through non fossil based materials
• Date: 4/1/2022 1:01:14 PM
• Administrators:
  • Christophe Bizzini

Project Idea Description

As a manufacturer of hygiene dispensers, we mainly use plastics and metal in our production.

For one of our product ranges for which we use recycled/regenerated materials, we are exploring the possibility of introducing more sustainable materials in our production process.

We look for non fossil-based plastics which are suitable for injection moulding and which meet the main characteristics of our products in terms of robustness, impact resistance, and chemicals resistance.

The project englobes the evaluation of any alternative biobased material (or other sustainable solutions) apt for traditional injection moulding processes, including the assessment of our current and future CO2 footprint.

We look for non fossil-based plastics which are suitable for injection moulding and which meet the main characteristics of our products in terms of robustness, impact resistance, and chemicals resistance.

The project englobes the evaluation of any alternative biobased material (or other sustainable solutions) apt for traditional injection moulding processes, including the assessment of our current and future CO2 footprint.