For those feeling guilty enough about the unsustainable manufacturing of their iPhone 4s, why not give your devices longer lives by covering them in the Nite Ize BioCase? You won't have to feel bad about what's gone into these marvelous mobile protectors because, believe it or not, they are compostable.
The flexible iPhone cases are made from GD P.U.R.E. Bio Resin, also known as GDH-B1. Produced in the America, it is an elastomer like no other. The material is the very first to be certified organic and able to break down completely at the end of its life cycle. Impressively, the substance has been enhanced so that the Nite Ize BioCase can perform as an effective and durable cellphone cover for as long as you will need it.
Eco Smartphone Protectors
The Nite Ize BioCase Boasts an Environmentally-Friendly Chemical Makeup
Trend Themes
1. Compostable Smartphone Cases - The Nite Ize BioCase showcases the trend of eco-friendly smartphone cases that are made from organic materials and can break down completely at the end of their life cycle.
2. Sustainable Manufacturing - The GD P.U.R.E. Bio Resin used in the Nite Ize BioCase represents the trend of sustainable manufacturing processes that prioritize organic and environmentally-friendly materials.
3. Durable and Effective Cellphone Covers - The Nite Ize BioCase demonstrates the trend of cellphone covers made from GDH-B1, an elastomer that is certified organic, offering both durability and effectiveness in protecting smartphones.
Industry Implications
1. Mobile Accessories - The trend of eco-friendly smartphone cases presents disruptive innovation opportunities for companies in the mobile accessories industry to create and market compostable and sustainable phone protectors.
2. Organic Materials - The use of GD P.U.R.E. Bio Resin in the Nite Ize BioCase opens doors for disruptive innovation in industries that rely on organic and environmentally-friendly materials, such as packaging, consumer goods, and fashion.
3. Sustainable Technology - The integration of sustainable materials like GDH-B1 in cellphone covers highlights the potential for disruptive innovation in the technology industry, where more environmentally-friendly alternatives can be developed.