Microplastic-Free.
Biodegradable.
But Engineered
to Stay Strong
Dasiwave creates high-performance PHA-based
bioplastics called 'Reo', designed to replace conventional
petroleum-based plastics across real-world applications
Microplastic-Free.
Biodegradable.
But Engineered
to Stay Strong.
Dasiwave creates high-performance PHA-based
bioplastics called 'Reo', designed to replace conventional petroleum-based plastics across real-world applications
Solution
Most plastics are made from petroleum,
and global plastic production continues to rise dramatically.
Plastics have been continuously produced since the 1950s, with over 430 million tons generated every year worldwide. Conventional plastics take more than 100 years to break down, continuously releasing microplastics that harm our environment and health.
Problem
Most plastics are made from petroleum,
and global plastic production continues to rise dramatically.
Plastics have been continuously produced since the 1950s, with over 430 million tons generated every year worldwide. Conventional plastics take more than 100 years to break down, continuously releasing microplastics that harm our environment and health.
Technology
What sets our bioplastic apart is its exceptional performance.
Conventional biodegradable plastics are inherently weak, making it difficult to replace industrial-grade plastics that require high mechanical strength.
However, we overcome these limitations with our proprietary polymer phase separation control technology andcellulose-based nanocomposite reinforcement.
Our bioplastics are even stronger than traditional plastics-offering a sustainable yet practical material solution.
Certified Quality & Compliance
Our core raw material, PHA, is rigorously tested and certified by leading international bodies for safety, biodegradability, and biobased content.
Globally compliant for food contact applications, meeting the rigorous standards of authorities including the US FDA, MFDS (Korea), and NMPA (China).
Frenquently
asked Questions
Problem
Most plastics are made from petroleum,
and global plastic production continues to rise dramatically.
Plastics have been continuously produced since the 1950s,
with over 430 million tons generated every year worldwide.
Conventional plastics take more than 100 years to break down, continuously releasing microplastics that harm our environment
and health.
Solution
We develop high-performance biodegradable plastics
to address these challenges.
Our material, REO, is made from base ingredients
extracted from microorganisms.
Once discarded, it is fully digested by microbes in both
soil and marine environments - leaving no microplastics behind.
Technology
What sets our bioplastic apart is its exceptional performance.
Conventional biodegradable plastics are inherently weak, making it difficult to replace industrial-grade plastics that require high mechanical strength.
However, we overcome these limitations with our proprietary polymer phase separation control technology and cellulose nanofiber
dispersion technology*.
Our bioplastics are even stronger than traditional plastics
- offering a sustainable yet practical material solution.
*Want a deeper dive into our technology? Check out our FAQ.
Certified Quality
& Compliance
Our core raw material, PHA, is rigorously tested and certified
by leading international bodies for safety, biodegradability,
and biobased content.
It is also globally compliant for food contact applications, meeting the rigorous standards of authorities including the US FDA, MFDS (Korea), and NMPA (China).
Frequently asked questions
A) Most biopolymer blends are immiscible, leading to coarse morphologies and poor performance. Our Polymer Phase Separation Control Technology utilizes a multiblock copolymer compatibilizer to overcome this.
This compatibilizer is designed with distinct segments that are compatible with each of the primary polymers in the blend. During processing, it localizes at the interface and acts to "stitch" the two immiscible phases together. This action reduces interfacial tension, stabilizes the morphology against coarsening, and most importantly, creates strong interfacial adhesion.
This robust interface allows applied stress to be efficiently transferred between the phases, preventing premature failure at the phase boundaries. The result is a synergistic combination of properties from both biopolymers, leading to significant, simultaneous improvements in toughness, strength, and ductility.
A) Cellulose Nanofibers (CNFs) are excellent, sustainable reinforcing fillers for bioplastics. However, their surfaces contain abundant hydroxyl (-OH) groups that form strong hydrogen bonds with each other, causing the nanofibers to aggregate into clumps. These clumps act as defects and can weaken the final material.
Our technology overcomes this challenge using a proprietary Dispersing Agent (DA). The process works as follows:
By fully harnessing the strengthening potential of individual CNFs, this technology leads to outstanding improvements in the bionanocomposite's mechanical properties, including tensile strength, elongation at break, and overall toughness.
A) The time it takes for our material to biodegrade varies significantly based on two key factors: the environment and the product's physical form.
A) Yes, our material is fully compatible with standard manufacturing equipment. It is designed as a "drop-in" solution that can be processed using your existing injection molding and extrusion machinery without the need for new capital investment.
For optimal results, however, we recommend adjusting process parameters such as mold and cooling temperatures to align with the specific crystallization conditions of our material. This fine-tuning can further enhance the mechanical properties of the final product.
A) The price of our material varies depending on the specific grade and order volume. As a benchmark, our representative REO-MR130 grade is typically priced in the range of 1.3 to 1.7 times that of conventional PLA resin.
We are continuously working on R&D to lower production costs as we scale up our mass production capabilities. For a detailed quotation tailored to your specific needs or to request a sample, please contact us through our inquiry form.
Our Plastic
About Buyo
Client
Marine-Biodegradable Buoy
A Sustainable Wave of Change for Our Oceans
Marine pollution, driven by plastic waste and microplastics, is a critical global issue. In South Korea, a country with a massive aquaculture
industry using over 55 million buoys, this problem is particularly severe, leading to the world's highest coastal microplastic contamination. To combat this, the South Korean Ministry of Oceans and Fisheries has sought a new generation of eco-friendly buoys.
Our buoy, made with our advanced REO-MR130 material, is emerging as a key solution. It is the first and only marine-biodegradable buoy to receive official certification from the South Korean government for its innovative technology and environmental benefits. Rigorously tested and verified, it offers the perfect balance of marine biodegradability, durability for harsh ocean conditions, and environmental safety, ensuring it leaves no microplastics behind.
Currently in Proof-of-Concept (PoC) testing in the waters off Incheon, the buoy is scheduled for commercial release to aquaculture farms in the second half of 2026.
Customer Story
Marine-Biodegradable Buoy :
A Sustainable Wave of Change
for Our Oceans
Marine pollution, driven by plastic waste and microplastics, is a critical global issue.
In South Korea, a country with a massive aquaculture industry using over 55 million buoys, this problem is particularly severe, leading to the world's highest coastal microplastic contamination. To combat this, the South Korean Ministry of Oceans and Fisheries
has sought a new generation of eco-friendly buoys.
Our buoy, made with our advanced REO-MR130 material, is emerging as a key
solution. It is the first and only marine-biodegradable buoy to receive official
certification from the South Korean government for its innovative technology and
environmental benefits. Rigorously tested and verified, it offers the perfect balance
of marine biodegradability, durability for harsh ocean conditions, and environmental
safety, ensuring it leaves no microplastics behind.
Currently in Proof-of-Concept (PoC) testing in the waters off Incheon, the buoy is
scheduled for commercial release to aquaculture farms in the second half of 2026.
PR / NEWS
A marine biodegradable buoy developed by Dasiwave, with support from Incheon City's bioplastics center, has officially received quality certification from the Ministry of Oceans and Fisheries. This marks the first time in Korea that a marine biodegradable buoy developed with local government support has passed the national certification. The newly certified buoy offers durability comparable to existing plastic options but is designed to completely decompose in the marine environment if lost, addressing the persistent issue of marine microplastic pollution. Furthermore, its production is estimated to reduce carbon emissions by over 50% compared to conventional plastic buoys.
Dasiwave's Marine Biodegradable Buoy, Supported by Incheon City, Becomes First in Korea to Receive Government Quality CertificationA marine biodegradable buoy developed by Dasiwave, with support from Incheon City's bioplastics center, has officially received quality certification from the Ministry of Oceans and Fisheries. This marks the first time in Korea that a marine biodegradable buoy developed with local government support has passed the national certification. The newly certified buoy offers durability comparable to existing plastic options but is designed to completely decompose in the marine environment if lost, addressing the persistent issue of marine microplastic pollution. Furthermore, its production is estimated to reduce carbon emissions by over 50% compared to conventional plastic buoys.
Dasiwave was featured as a representative company in the White Bio sector at the APEC 2025 conference held in Incheon. The company highlighted its core technologies, including biomass-based biodegradable plastic compounds, marine-biodegradable buoys, and its full-PHA 3D printing filaments. The exhibition, conducted alongside key partners like KCL and CJ CheilJedang, underscored a shared commitment to building a global biodegradable materials ecosystem and leading a sustainable industrial transition.
Dasiwave Showcases Core White Bio Innovations at APEC 2025Dasiwave was featured as a representative company in the White Bio sector at the APEC 2025 conference held in Incheon. The company highlighted its core technologies, including biomass-based biodegradable plastic compounds, marine-biodegradable buoys, and its full-PHA 3D printing filaments. The exhibition, conducted alongside key partners like KCL and CJ CheilJedang, underscored a shared commitment to building a global biodegradable materials ecosystem and leading a sustainable industrial transition.
Dasiwave, a specialist in eco-friendly materials, has successfully developed Asia's first 3D printing filament based on 100% PHA (Polyhydroxyalkanoate). This next-generation material overcomes the durability and heat resistance limitations of conventional PLA. By applying its proprietary compounding and nanocellulose (CNF) dispersion technology, the company significantly enhanced PHA's physical properties, achieving superior durability and higher heat resistance. This fully biodegradable filament is expected to be a game-changer in the global market, enabling the small-batch production of high-durability products across various industries.
Dasiwave Succeeds in Developing Asia's First 100% PHA 3D Printing FilamentDasiwave, a specialist in eco-friendly materials, has successfully developed Asia's first 3D printing filament based on 100% PHA (Polyhydroxyalkanoate). This next-generation material overcomes the durability and heat resistance limitations of conventional PLA. By applying its proprietary compounding and nanocellulose (CNF) dispersion technology, the company significantly enhanced PHA's physical properties, achieving superior durability and higher heat resistance. This fully biodegradable filament is expected to be a game-changer in the global market, enabling the small-batch production of high-durability products across various industries.
Dasiwave, an eco-friendly material developer, has secured seed funding from ZD Ventures (ZDVC). The company is being recognized for its proprietary technology that enhances the durability of bioplastics, like its PHA-based product 'REO', using plant-derived nanofibers. ZDVC invested based on the technology's high market potential and its ability to be applied to existing manufacturing lines without additional investment. This funding will be used to acquire key talent and accelerate the company's global expansion into the US and Southeast Asian markets by 2026.
Dasiwave Secures Seed Investment from ZD Ventures to Scale Eco-Friendly MaterialsDasiwave, an eco-friendly material developer, has secured seed funding from ZD Ventures (ZDVC). The company is being recognized for its proprietary technology that enhances the durability of bioplastics, like its PHA-based product 'REO', using plant-derived nanofibers. ZDVC invested based on the technology's high market potential and its ability to be applied to existing manufacturing lines without additional investment. This funding will be used to acquire key talent and accelerate the company's global expansion into the US and Southeast Asian markets by 2026.
Dasiwave will participate in the 'Korea ESG Eco-Friendly Exhibition' at COEX, presenting its biodegradable plastic compounding solutions. The company will highlight how its proprietary CNF (nanocellulose) dispersion and compounding processes overcome the physical limitations of traditional bioplastics, enhancing both durability and processability. Products on display will include marine biodegradable buoys, full PHA-based 3D printing filaments, and everyday items such as toothbrushes and cutlery.
Dasiwave to Showcase Biodegradable Compounding Technology at Korea ESG Eco-Friendly ExhibitionDasiwave will participate in the 'Korea ESG Eco-Friendly Exhibition' at COEX, presenting its biodegradable plastic compounding solutions. The company will highlight how its proprietary CNF (nanocellulose) dispersion and compounding processes overcome the physical limitations of traditional bioplastics, enhancing both durability and processability. Products on display will include marine biodegradable buoys, full PHA-based 3D printing filaments, and everyday items such as toothbrushes and cutlery.