Polyurethane

Reducing the carbon footprint in the construction industry poses a significant challenge. Developing and using removable adhesives can play an important role in addressing it.

Manufacturers increasingly use lightweight yet durable plastics to replace metals, with new applications emerging regularly.

There are many great qualities lignin possesses. This natural polymer is a potential alternative to fossil-fuel-derived plastic but comes with its fair share of challenges and hold-ups.

BASF, a global leader in the chemical industry, recently introduced Haptex® 4.0, an innovative, eco-friendly synthetic leather that is set to revolutionize the leather industry.

Researchers utilized hyperbranched polyols derived from castor oil as advanced cross-linking agents to develop high-performance bio-based polyurethane anti-smudge coatings.

Recent research has focused on various formulations and modifications of PU foams to boost their pollutant-scrubbing capabilities, highlighting their potential in addressing air and water pollution.

Lignin, a significant byproduct of the pulp and paper industry, accounts for approximately 75 million tons of waste annually. This vast quantity of waste presents both a challenge and an opportunity.

The rapid increase in industrial and domestic waste makes polyurethane (PU) recycling a critical topic of study. Innovative recycling strategies are essential to manage this substantial plastic waste.

Polyurethane (PU) Insulation is highly efficient and widely employed. The escalating demand for energy consumption standards underscores the need to repower it.

Polyurethane (PU) is a highly adaptable polymer recognized in the biomedical field. Its ability to be tailored by adjusting its soft and hard segments grants it superior mechanical strength and biocompatibility.