UBQ Materials has introduced UBQ™ Masterbatch, a new portfolio of thermoplastic materials made entirely from unsorted household waste, including organic material and hard-to-recycle items. The material offers manufacturers a way to incorporate recycled content into products ranging from construction materials to consumer goods.
The company's proprietary process converts mixed waste into a thermoplastic substitute that can be blended with a variety of polymers and processed through standard manufacturing methods such as injection molding. According to UBQ Materials, production of UBQ™ Masterbatch can divert up to 95% of household waste from landfills or incineration.
UBQ™ Masterbatch is designed to serve as a direct replacement for oil-based resins without altering existing production infrastructure. With global landfill capacity nearing its limit—U.S. landfills are projected to reach capacity by 2036—the product may offer a path forward for reducing reliance on virgin materials in manufacturing.
UBQ Materials has partnered with manufacturers worldwide, including Crescent Garden, to integrate the material into product lines across the U.S., Europe, and Latin America.
The Masterbatch formulation allows for compatibility with different polymers and is intended for manufacturers seeking cost-stable, low-carbon alternatives to traditional plastics. UBQ™ Masterbatch also claims a negative carbon footprint due to its use of landfill-bound waste.
UBQ’s approach aligns with broader efforts to build circular supply chains. The company has collaborated with brands like Mercedes-Benz, PepsiCo, and McDonald’s on product initiatives using UBQ™ materials. A recent €5 million grant from the European Commission’s Just Transition Fund supports further development and market expansion.
With leadership support from former government environmental officials and an advisory board focused on climate and sustainability, UBQ Materials continues to develop alternatives to traditional plastics while aiming to reduce the environmental impact of manufacturing.
