Where materials become medics for the planet
BIO-BASED - SUSTAINABLE - ECO-FRIENDLY
Discover Our Products
Where materials become medics for the planet
BIO-BASED - SUSTAINABLE - ECO-FRIENDLY
Discover Our Products
By 2050, the ocean will hold more plastic than fish. But hidden in its depths lies a silent ally: algae. For 4.6 billion years, these organisms have survived mass extinctions, filtered toxins, and built the air we breathe. Yet today, they're drowning in our waste. What if we could partner with nature's oldest engineer to turn the tide?
Learn MoreFrom Chile's $370 fines to the EU's 2021 plastic ban, governments are declaring war on plastic. But bans alone are Band-Aids. To truly heal, we need materials that don't just 'disappear'—they regenerate. A material that degrades into coral food, sequesters carbon like 56,000 oak trees, and grows stronger with every use.
More About Our Impact
The strength of the past seaweed film is 90 MPa. However, the tensile ratio is very low (less than 15%), which does not meet the daily use needs of most products.
After using ALTOMIC™ technology, for the Algae-based bursting film, the tensile rate is increased by more than 10 times (more than 200%), and the strength can meet the usage standards of most packaging materials (more than 40 MPa). Moreover, by controlling the processing technology, the ratio of the parameters of large elongation rate and tensile strength can be controlled to meet different usage scenarios.
Learn MoreALTOMIC™ transcends mere material replacement by forging a regenerative partnership with nature. Unlike conventional alternatives that simply mimic functionality, ALTOMIC™’s algae-based technology operates in harmony with ecosystems. During degradation, its materials release organic carbon to stimulate coral calcification, enrich soil with humic acids, and activate microbial communities to convert methane—transforming waste into ecological nourishment. By integrating carbon-negative production with environmental restoration, ALTOMIC™ embodies a symbiotic relationship where materials evolve from passive products to active "medics" for the planet, healing ecosystems while fulfilling human needs.
Through an assembly line process, the ALTOMIC™ rolls can be processed into a variety of packaging products.
Participable material that can be made into a variety of products by casting, pressing, 3D printing and other processes.
Algae-based fiber, which can be widely used in medicine, textile and other fields.
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.