ALTOMIC™ 藻基技術

In modern agricultural technology, a large amount of film materials (mulch, fruit wraps, etc.) are used to make crops more productive, but traditional films are non-degradable petrochemical-based materials that cause fatal damage to agricultural soils, affecting fee soil fertility and, in turn, crop production. This situation leaves the farming industry with a dilemma. However, the introduction of algae-based films has solved this problem, allowing the industry to use film materials without worrying about soil contamination.

New retailers are looking for innovative, stylish, healthy and convenient product offerings, and often need a lot of appearance and freshness packaging to make their products more competitive. Traditional packaging materials have several problems, such as high pollution during the production process, toxicity release during the use process, and pollution caused by the inability to degrade after disposal. algae-based materials overcome these problems.

The logistics industry has always had a high carbon footprint, and the use of disposable packaging is particularly high. By using biodegradable packaging films, the ecological burden and carbon footprint of the industry can be greatly reduced.

Polymer components extracted from algae, made into powder particles, can be mixed with various polymer materials to make composite materials, on the one hand, greatly provide the biodegradability of the material, and on the other hand, improve the physical properties of the material.

Numerous data show that hydrogel dressings made with alginic acid, which retain water and are antibacterial, have a healing-promoting effect on large, hard-to-heal wounds. Before important surgical procedures, 3d scanning is performed through the internal organs, and then 3d printing is used to create models of human internal organs. The organ model printed by seaweed material is closest to human organ tissue. It can greatly reduce the risk of surgery.

Gels and creams made from seaweed materials have been proven not to cause allergies and use strong water retention. It can replace traditional petrochemical polymer raw materials.

A material revolution in fashion which offers new fabric options and non-allergenic skin-friendly texture

Bionic muscles made from algae-based fibers for greater strength, fatigue and wear and tear resistance

Packaging materials that can be printed at any time, supplied on demand and used without waste