Embracing the Future: The Innovative World of Bioplastics Products
Discover how Bioplastics Products are driving environmental change by offering sustainable, biodegradable alternatives to traditional plastics.
In the wake of escalating environmental concerns and a pressing need for sustainable solutions, the emergence of bioplastics has been a beacon of hope. As the planet grapples with the repercussions of plastic pollution and dwindling resources, Bioplastics Products introduces an innovative approach to material science that could redefine our relationship with everyday products.
Features Highlight
Environmentally friendly alternatives to traditional plastics
Made from renewable, biodegradable resources
Diverse applications across multiple industries
Overview
An insightful overview of Bioplastics Products, their role in the sustainable industry movement, and their growing importance in a world combating plastic pollution.
This blog provides an in-depth look at their environmental benefits, applications, and how they are changing the conversation around plastics.
Bioplastics represent a pivotal shift in material science, offering a sustainable solution to reduce our ecological footprint. Derived from renewable resources, bioplastics products boast a smaller carbon footprint, are often biodegradable, and present a new avenue for recycling and waste management.
This blog explores the innovative world of bioplastics, from disposable aprons to compostable packaging films, and how they are revolutionizing industries with their eco-friendly properties.
FAQs
What exactly are bioplastics? Bioplastics are made from natural materials like corn starch, sugarcane, and cellulose, offering an eco-friendly alternative to petroleum-based plastics.
Are bioplastics biodegradable? Yes, most bioplastics are designed to be biodegradable and compostable, decomposing naturally without harming the environment.
How do bioplastics contribute to sustainability? Bioplastics reduce dependence on fossil fuels, lower greenhouse gas emissions, and offer better waste management options.
Can bioplastics replace all traditional plastics? While bioplastics are versatile, there are ongoing developments to broaden their application to match the performance of traditional plastics in all areas.
Material Bioplastic Pellets Dimensions Pellets (granular form) Certifications ISO 1133, ISO 1269, ISO 11357, ISO 1183, ISO 527, ISO 179, ISO 75 Shelf Life Indefinite under proper storage conditions Size 25kg per bag Lining/Coating Aluminum foil bag packaging High-performance bioplastic pellets Designed for advanced molding and extrusion applications Superior tensile strength (30-35 MPa) High heat resistance (>130°C) Enhanced crystallinity (55-65%) for durability Biodegradable and…
Material Bioplastic Pellets Dimensions Pellets (granular form) Certifications ISO 1133, ISO 1269, ISO 11357, ISO 1183, ISO 527, ISO 179, ISO 75 Shelf Life Indefinite under proper storage conditions Size 25kg per bag Lining/Coating Aluminum foil bag packaging High-performance bioplastic pellets Designed for molding and extrusion applications Superior tensile strength (30-35 MPa) Heat-resistant up to 175C Enhanced crystallinity (55-65%) for durability Biodegradable and eco-friendly Request for…
Material Bioplastic Pellets Dimensions Pellets (granular form) Certifications ISO 1133, ISO 527, ISO 179, ISO 75 Shelf Life Indefinite under proper storage conditions Size 25kg per bag Lining/Coating Aluminum foil bag packaging High-performance bioplastic pellets Designed for molding and extrusion applications Industrial-grade tensile strength (36 MPa) Heat-resistant up to 175C Biodegradable and eco-friendly Request for Quote More Details
Material Bioplastic Pellets Dimensions Pellets (granular form) Certifications ISO 1133, ISO 1183, ISO 527, ISO 179, ISO 75 Shelf Life Indefinite under proper storage conditions Size 25kg per bag Lining/Coating Aluminum foil bag packaging High-performance bioplastic pellets Suitable for various molding and extrusion applications Industrial-grade tensile strength (30-35 MPa) Heat-resistant up to 170C Biodegradable and eco-friendly Request for Quote More Details
Material Bioplastic - PLA (Ingeo) Dimensions 130x130mm (top and base), Product Depth 19mm Certifications ISO 14001, ISO 22000, SMETA, Certified industrially compostable to AS4736 (Australian Standards) and EN13432 (European Standards) Shelf Life 12 months when stored below 35C and out of direct sunlight Brim Fill Capacity (ml) Fits 280ml, 480ml, and 630ml Bio Cane takeaway containers Size Fits 280-630ml capacity containers Made from Ingeo, a plant-based PLA bioplastic. Certified industrially…
Material Bioplastic - PLA (Ingeo) Dimensions 175x175mm (top), 175x175mm (base), Product Depth 23mm Certifications ISO 14001, ISO 9001 (pending), ISO 22000, SMETA, Certified industrially compostable to AS4736 (Australian Standards) and EN13432 (European Standards) Shelf Life Indefinite when stored below 35C and out of direct sunlight Brim Fill Capacity (ml) Fits 840ml (24oz) and 1,080ml (32oz) clear salad bowls Size Fits 24oz and 32oz salad bowls Made from Ingeo, a plant-based…
Material Bioplastic - PLA (Ingeo) Dimensions 146x146mm (top), 95x95mm (base), Product Depth 17mm Certifications ISO 14001, ISO 9001, FSSC 22000, Certified industrially compostable to AS4736 (Australian Standards) and EN13432 (European Standards) Shelf Life Indefinite if stored below 35C and out of direct sunlight Brim Fill Capacity (ml) Fits 600ml and 700ml clear wide bowls Size Fits 600 & 700ml capacity bowls Made from Ingeo, a plant-based bioplastic. Certified industrially compostable…
Material Bioplastic - PLA (Ingeo) Dimensions 44x44mm (top), 126x126mm (base), Product Depth 50mm, Thickness 0.25mm Certifications ISO 14001, ISO 9001, FSSC 22000, SMETA, Certified industrially compostable to AS4736 (Australian Standards) and EN13432 (European Standards) Shelf Life Indefinite when stored below 35C and out of direct sunlight Brim Fill Capacity (ml) Fits 240ml to 960ml bowls Size Fits 240-960ml capacity bowls Made from Ingeo, a plant-based bioplastic. Certified industrially…
Material Bioplastic - PLA (Ingeo) Dimensions 125x125mm (top), 125x125mm (base), Product Depth 17mm Certifications ISO 14001, ISO 9001, FSSC 22000, Certified industrially compostable to AS4736 (Australian Standards) and EN13432 (European Standards) Shelf Life Indefinite if stored below 35C and out of direct sunlight Brim Fill Capacity (ml) Fits 240, 360, 500, 700, and 960ml bowls Size Fits 240-960ml capacity bowls Made from Ingeo, a plant-based bioplastic. Certified industrially compostable for…
Material Bioplastic - Ingeo PLA Dimensions 184x184mm (top), 184x184mm (base), Product Depth 20mm Certifications ISO 9001, BRC, BSCI, Certified industrially compostable to AS4736 (Australian Standards) and EN13432 (European Standards) Shelf Life 12 months from date of purchase (if stored below 35C and out of direct sunlight) Brim Fill Capacity (ml) Fits 1,300ml kraft bowls Size Fits 1,300ml capacity bowls Made from Ingeo, a plant-based bioplastic. Leakproof design for secure cold and dry food…
