Today’s interior design landscape calls for surfaces that combine aesthetic appeal with genuine functionality. Floc’s 100% New Zealand wool panels, developed by T&R Interior Systems, are the result of years of dedicated research and innovation, offering designers a product that balances beauty, performance, and environmental responsibility.

Architects, designers and consumers alike are increasingly prioritising materials that go beyond mere appearance to improve indoor environments and uphold sustainable values. Floc panels deliver on this, providing the natural benefits of wool: hypoallergenic, breathable, fully biodegradable, fire-retardant, and uniquely capable of giving designers an environmentally friendly acoustic solution.

Why specify wool?

Wool’s natural structure absorbs sound efficiently, making Floc panels ideal for noise control in open-plan offices, classrooms, and hospitality venues. By reducing echoes and creating a calm atmosphere, these panels enhance both comfort and functionality.

Beyond acoustics, wool’s breathability and temperature-regulating properties help maintain a comfortable indoor climate. Its ability to neutralise harmful VOCs (volatile organic compounds) improves air quality, making it a perfect fit for wellness-focused design.

Beauty, innovation, and sustainability

Floc panels stand out for their visual elegance and T&R Interior Systems’ commitment to sustainable innovation. Wool’s resistance to bacteria, mould, and mildew, along with its recyclability, offers a natural alternative to synthetic materials that degrade over time and contribute to pollution. The fire-retardant qualities of wool ensure safety without sacrificing style.

Highly customisable and available in a range of colours or designs supplied by the customer, Floc gives architects and designers the chance to incorporate organic elements into their projects, meeting the growing demand for biophilic design. By choosing Floc, you’re not just enhancing a space — you’re making a choice that benefits people and the planet.