Lower Carbon.
Better Impact.

Reducing emissions is at the core of what we do. Through advanced materials and practical solutions, Altivex helps brands move toward a more responsible future

Driving Lower-Carbon Impact Through Material Innovation

We enable positive change by reducing environmental impact at the material level.
Through PLA, PHA, and carbon-reduced solutions, we support brands in building more responsible packaging systems across:

  • Renewable Materials

  • Reduced Carbon Footprint

  • Scalable Applications

  • Circular Material Use

High-Performance Biodegradable Materials

Page from a scientific report showing test results for biodegradation rates with a table and a graph. The table includes data on 45 days biodegradation, overall biodegradation, and test duration. The graph displays biodegradation over 180 days, with multiple lines representing different test conditions.

Biodegradability is a key indicator of sustainable materials.

Under national standards, materials must achieve over 60% biodegradation to be classified as biodegradable.

Altivex materials reach up to 93.09% decomposition, exceeding national and industry standards while meeting EU composting requirements.

Responsible . Sustainable . Scalable

A stack of white disposable paper cups, with some cups tilted and overlapping on a wooden surface against a plain, neutral wall.

How Our Materials Create Impact

PLA – Plant-Based Material

Derived from renewable plant resources such as corn, PLA offers a more sustainable alternative to conventional plastics. It helps reduce reliance on fossil-based materials while maintaining strength, usability, and consistency for food packaging applications.

Plant-based, industrial compostable

Five beige plastic forks arranged in a row with shadows cast on a beige wall

PHA – Biodegradable Polymer

PHA is a next-generation biopolymer produced through natural fermentation. It is designed to biodegrade in natural environments, offering a solution for reducing long-term plastic waste while supporting functional packaging needs.

Naturally biodegradable, marine-safe

A white skincare or cosmetic tube displayed on a white cylindrical pedestal against a neutral background with a plant in a circular opening.

C-Solution – Carbon-Reduced Material

C-Solution integrates C-Filler technology made from industrial by-products, transforming waste into high-performance material. This approach reduces carbon emissions while delivering durability and reliability for packaging applications.

Carbon-Industrial Waste Material

A person using chopsticks to pick up a shrimp from a sectioned takeaway container with salad, pasta, and shrimp, stacked on a pink surface, with a third container of broccoli and a beige lid nearby.

Explore our range of sustainable materials
and packaging solutions designed
for real-world applications.

FIND OUT MORE

Impact in Numbers

  • A circular image showing a green forest with the text 'Up to 87%' written in gold, indicating a possible discount or savings percentage.

    Lower Carbon Emissions When switching from PET to PLA materials

  • A circular image showing a top-down view of a dense forest with green trees. Overlaid text in gold reads "Up to 98%" with smaller text saying "of" near the top.

    Lower Carbon Footprint Using carbon-reduced materials with C-Filler technology

  • Circular image of a dense green forest with the text '100%' in gold overlaid.

    Plant-Based Material Source PLA derived from renewable resources such as corn

Sustainability, Delivered.

Reducing Carbon Footprint in Airline Food Service

Airline catering packaging contributes to carbon emissions.

Lower-carbon materials and smarter packaging help reduce impact across production, logistics, and waste.

Full-Process Carbon Footprint Tracking

Flowchart illustrating the stages of a process: raw material, material processing, manufacturing, transportation, post-use treatment.

Altivex works with certified partners to track the carbon footprint of packaging materials across their full lifecycle from raw materials to end-of-life treatment.

This integrated approach provides greater transparency and helps airlines transition to lower-emission packaging while supporting ESG goals.

Table comparing carbon footprints of various plastic products, showing original and new material emissions, emission reduction, and reduction ratios; emphasizes switching to PLA to significantly reduce carbon footprint.
A close-up of snow and ice on the ground, with some snow piled into a small mound, illuminated by a soft blue light.

C-Filler transforms industrial by-products into high-performance material, reducing carbon emissions while maintaining strength and durability.

Beauty products, including two amber glass bottles with pump dispensers, a small powder puff, a black container with a closed lid, a cotton swab, a white sponge, and a small round black container, arranged on a colorful geometric background.

C-Filler Technology

C-Filler is an advanced material technology developed using
100% industrial waste.

Through carbon capture processing, the material achieves carbon-negative performance, helping reduce overall packaging emissions.

FIND OUT MORE

Key Environmental Impact

Key Environmental Impact

Infographic about carbon reduction benefits of C-Filler, a plastic alternative, showing significant decreases in carbon emissions, and images of packaging solutions and detergent bottles.

CERTIFIED & COMPLIANT