In an era marked by escalating environmental concerns and a growing urgency to tackle pollution, BIOPLANTIC emerges as a beacon of hope. Committed to providing innovative and sustainable alternatives to traditional plastics, our company envisions a world where eco-friendly materials lead the way towards a greener and more sustainable future.
Our extensive range of biodegradable solutions has been meticulously designed to meet the pressing need for reducing plastic waste. Leveraging the power of renewable resources, we have engineered biomaterials derived from organic compounds. These biomaterials possess the innate ability to naturally degrade over time, ensuring that when they are disposed of, they leave no harmful residues or contribute to the persistent pollution synonymous with conventional plastics.
By choosing BIOPLANTIC’s biodegradable solutions, you actively participate in the global effort to reduce plastic waste and safeguard the environment.
BIOPLANTICATM
BIOPLANTICATM could fit wherever your imaginations reach, be it enclosures & caps, vegan leather, food and other types of packaging, cosmetics, or agriculture! Our innovative material offers a wide range of possibilities across various industries, providing sustainable, affordable, and eco-friendly solutions. By utilizing BIOPLANTIC, you align your brand with eco-conscious practices, meeting consumer demands for sustainable options. Explore the following applications, where BIOPLANTICATM excels:
Seed coating
Seed coating is a process through which seeds are coated with protective chemicals, nutrients, priming agents, etc., to ensure successful germination of seeds as well as enhanced vigor of young seedlings. The use of active components in seed coating ensures more precise application, reducing the need to spray products over whole fields. Seed coating technology offers a promising avenue for enhancing the quality and performance of crop seeds. Preservation of seed quality and vigor during long-term storage and transport is another challenge that is addressed by the protective function of the seed coating. Coating the seeds with BIOPLANTICA material not only ensures absorption and retention of water as necessary for seed germination, but also offers possibilities like inclusion of nutrients, biostimulants, antimicrobial agents, or even the natural colors.
BIOCEEDTM by BIOPLANTIC is a completely biodegradable and microplastic-free material, causing no health-hazards or environmental pollution as common for synthetic polymer-based approaches.
BIOCEEDTM uses cellulose as raw material, which is a natural and biodegradable material. It is GMO-free technology and a ‘green’ production process, which is resource-efficient and environment-friendly. BIOCEED forms a neutral coating on the seeds, which naturally degrades within 28 days in soil. Integration of an active component (chemical or biological) with BIOCEED does not require any metal chelates, nor any specific complex formation. The active components in the formulation remain unaltered and are released efficiently on availability of water and subsequent dissolution of cellulose matrix. The properties of BIOCEED material are customized to control the rate of release of a specific active component at the time of seed germination.
Cosmetics, personal care, home care products
Rheology modifiers or viscosity enhancers play a crucial role in various applications, such as cosmetics, personal and home care products, and industrial formulations like paints or lubricants. BIOPLANTIC presents RHEOPLANTICATM, a natural polymer-based, innovative, and eco-friendly rheology modifier with several unique properties such as high water-retention capacity, biocompatibility, transparent gel formation, shear-thinning behavior, temperature and pH stability, biodegradability, mechanical strength, etc. When used as rheology modifier, BIOPLANTIC’s modified cellulose composites can change the viscosity, stability, and texture of products. It is a versatile ingredient that provides control over the flow behavior of formulations, a true experience of the rheological excellence!
At BIOPLANTIC, we elevate the commercial value of natural cellulose through a synergistic blend of machine learning and AI. By harnessing these cutting-edge technologies, we impart customized physical properties to our products, optimizing them for specific market demands. We create tailor-made solutions to reduce production costs and improve end-product performance.
Bio fabricated Leather
The global multibillion-dollar leather industry slaughters more than a billion animals for their skins and hides every year. One metric ton of this raw material yields only 20 percent as finished leather product and releases more than 60 percent as solid and liquid waste, containing hazardous chemicals like chromium salts, formaldehyde, arsenic, and cyanide-based dyes. Synthetic leather on the other hand, is made from synthetic, petroleum-based polymers like polyurethane (PU) and polyvinyl chloride (PVC), which take thousands of years to biodegrade and create health hazards when bioaccumulated. The global threat of climate change, environmental pollution, and the inhumane nature of commercial livestock industry motivated us towards the mission of creating leather alternatives that are not only chic but also not compromising with environment and the life on earth!
At BIOPLANTIC we produce BIOLEATHTM, which is a humane & sustainable BIOFABRICATED LEATHER made of cellulose composites, with enhanced material performance. Properties of BIOLEATH are optimized at the level of molecular structure, to ensure high standards of performance.
Food packaging
Biodegradable food packaging has emerged as a sustainable solution to address the environmental impact of conventional packaging materials. Unlike traditional plastics, which can persist in the environment for centuries, biodegradable food packaging is designed to break down naturally over time, minimizing pollution and reducing waste.
These innovative packaging materials are typically made from renewable resources such as plant-based polymers, starches, cellulose, or bioplastics derived from sources like corn, sugarcane, or potatoes. By utilizing renewable resources, biodegradable food packaging reduces reliance on finite fossil fuels and helps mitigate greenhouse gas emissions associated with traditional plastics.
One of the key advantages of biodegradable food packaging is its ability to decompose into non-toxic components through biological processes, such as microbial digestion or composting. This means that when disposed of properly, biodegradable packaging materials can return to the environment as organic matter, enriching soil health and reducing the burden on landfills.
BIOPLANTIC biodegradable food packaging offers comparable functionality and performance to conventional packaging, ensuring product safety and preservation while also meeting consumer demands for eco-friendly alternatives. From compostable food containers and bags to biodegradable wraps and films, a wide range of biodegradable packaging options are available to meet the diverse needs of the food industry. A biodegradable food packaging option, deliverable in various forms such as trays, containers, and foils. This innovative material ensures food safety, freshness, preserves the quality and prolongs shelf life.
Enclosures & caps
BIOPLANTIC biodegradable enclosures and caps are innovative solutions that address environmental concerns associated with traditional plastic packaging. Made from renewable resources like plant-based polymers or bioplastics, these eco-friendly alternatives are designed to break down naturally over time, reducing pollution and waste. These enclosures and caps offer comparable functionality to conventional plastics while minimizing their environmental impact. From food and beverages to cosmetic packaging to personal care products, biodegradable enclosures and caps contribute to a more sustainable future by promoting circularity and reducing reliance on non-renewable resources.
BIOPLANTICATM is ideal for manufacturing enclosures and caps for various products. Its versatility, durability, and resistance to impact make it suitable for use in containers, enclosures, caps, and other household appliances.
Understanding the critical role that packaging and storage play in preserving product integrity, we have thoughtfully tailored our biodegradable solutions to meet the functional requirements expected from traditional plastic-based materials.