What are the Advantages of our MFPP Boxes w/ 70% CaCO3 Content?
Eco-Friendly Minerals
By using a higher concentration of CaCO3 in our product, our boxes are both recyclable AND rapidly degradable in natural conditions, comparable to organic bioplastics.
Naturally Waterproof
Similar to most other plastics, MFPP is fully waterproof without requiring any wax coating or treatment, making it naturally suitable for industries such as agriculture and produce.
Durable & Reuseable
Our MFPP boxes are less susceptible to wear and tear compared to their traditional wood pulp counterparts, and have tough joints designed to be opened and closed again and again.
Competitive Price
When compared with plastic polymers or wood pulp, CaCO3 is the most cost effective. And when we pay less for our raw materials, you pay less for your high quality packaging boxes.
Lightweight
The hollow structure of our MFPP packaging boxes makes them lighter, which in turn improves ease of logistics, transportation, and efficiency during handling.
Freezer Safe
Capable of maintaining optimal performance in temperatures ranging from -30°C to 50°C, our boxes are the ideal choice for use in climate controlled storage.
Mold-proof, Rust-proof
Avoid common issues that plague traditional cardboard boxes during storage such as fungal growth, oxidation, and vermin damage, by switching to our MFPP boxes.
Quality Guarenteed
✔ FDA Food Grade Approval
✔ RoHS Compliance Passed
✔ REACH SVHC Passed
✔ ISO 9001 Certified Quality
Trust you're in good hands with GPI!
ALOHA!
Our MFPP packaging degrades rapidly through exposure to the sun. In an experiment conducted in Hawaii, a sample box was reduced to tiny fragments of less than 1mm after just 150 days of exposure to the elements. (we're dead serious about this by the way, do NOT store these boxes in direct sunlight!)
IN and OUT
When considering how eco-friendly an item is, most focus on the final product because it's what ends up right in front of them. But what about the material that goes into producing cardboard boxes? It's estimated that 10 million hectares of forests are cut down annually for wood-based products, destroying vital wildlife habitats in the process.
Re-thinking Renewable
In contrast, CaCO3 is an abundant and underutilized material. Global annual usage is estimated at 4.5 billion tons, while the Earth naturally forms 8.8 to 14.5 billion tons in rivers, oceans, and lakes each year. These figures reflect the characteristics of a truly "renewable" natural resource.
