The aim of the purman® project is to manage the global increase in rigid polyurethane foam waste by converting it into usable recycled polyurethane foam products for a variety of industrial and household purposes.
Our innovative patent-pending process utilizes natural binders to reduce reliance on traditional oil-based alternatives, creating a scalable and effective recycling method.
This approach significantly minimizes environmental impact and reduces waste in numerous sectors, highlighting our commitment to sustainability and resource efficiency.
Why waste a material with such remarkable properties?
Enhance your furniture production with Purman’s recycled PU foam blocks, the eco-friendly choice for high-performance and sustainable materials.
Elevate your building material production with purman®’s recycled PU foam blocks, the sustainable and high-performance choice.
Purman.iso line offers high-performance recycled PU inserts that enhance door thermal and acoustic properties, boosting energy efficiency in buildings.
Purman.log offers a comprehensive range of customizable logistic protection products, designed to optimize your operations.
The purman.aqua collection offers a stunning selection of eco-friendly furniture and aquatic elements designed to transform your waterfront space.
Our purman.parts line features products made from recycled rigid PU foam, suitable for diverse applications in construction, automotive, and more.
The innovative green technology of purman® recycled rigid PU foam made its public debut with a win. Not just any win, but at the prestigious Red Bull Soapbox Race, returning to Budapest after 16 years. The Purma Team entered with a rolling Igloo and took first place.
Recycling PU foams is an important step towards environmental sustainability. While chemical recycling provides base materials for the production of new PU products, mechanical recycling can directly and cost-effectively produce marketable products.
As we delve into the realm of sustainable materials management, the recycling of rigid polyurethane (PU) foam presents both a significant challenge and opportunity. This post explores recent research trends, groundbreaking developments, and prospective recycling methods poised to shape the next decade.
