Carbon-Neutral Access Floor Solution by ASP Access Floors
With more than two decades of experience, ASP Access Floors has developed and patented multiple unique access floor designs that have been used in some of the most iconic projects worldwide. Ongoing research and development allow us to produce innovative solutions that offer quality, versatility and infinite support.
At ASP Access Floors, we understand the importance of creating sustainable building solutions. That’s why we offer a range of eco-friendly flooring products and services, including our flagship Icon Series and Urban Series, designed to minimize environmental impact throughout their entire product life cycle.
Icon Series
The Icon Series offers a range of sustainable access floor panels and systems designed to meet modern construction needs while reducing global warming.
Made from high-quality, environmentally friendly materials, the Icon floor panels or tiles are durable, fire-resistant, and moisture-resistant, ensuring a long lifespan and reduced need for replacements. These panels can be used with various interior floor finishes, including wood, concrete, and carpet tile products. These panels also feature highly recycled content, contributing to LEED and Green Star requirements for sustainable building practices.
The Icon Series also features access floor systems designed for specific environments like data centers, offering permanent anti-static properties and easy maintenance.
Urban Series
The Urban Series is a sustainable solution for modern construction projects, offering a range of access floor panels and systems designed to minimize environmental impact.
The Urban Panel, for instance, is constructed with a gypsum fiber core encased in galvanized steel, providing outstanding strength and durability while requiring minimal maintenance. These panels also contribute to green building certifications with their high recycled content.
The Urban Interlock Panel features a sturdy core made from sustainable materials, reinforced with a galvanized steel base for superior weight distribution. Its interlocking edges eliminate movement, ensuring a stable stone or tile flooring substructure.
Beyond Sustainable Products
Our commitment to sustainability goes beyond the products we manufacture. Here are some of the ways we are working to reduce our environmental impact:
Responsible Material Sourcing
We actively seek out sustainable materials for use in our products.
Reduced Product Weight
Lighter access floor systems mean less weight to transport, resulting in lower emissions.
Optimized Logistics
We work to optimize shipping routes and explore alternative shipping methods to minimize our environmental footprint.
Environmental Product Declarations (EPDs)
We are the first access floor company in the Southern Hemisphere to have EPDs for our products. EPDs provide verified data on the environmental impact of our products throughout their full life cycle.
Looking for carbon neutral solution?
Take one bold step to reduce your carbon footprint with ASP Access Floors. We offer a variety of options to meet your project’s needs and environmental goals. Contact ASP today to discuss your project and explore our sustainable carbon-neutral floors and systems.
Building a Greener Future
ASP makes eco-friendly access floors using recycled materials, reducing carbon emissions, and optimizing its supply chain. We’re constantly looking for ways to improve, like using more recycled materials and exploring eco-friendly alternatives. We are transparent about their environmental impact and how they meet high sustainability standards.
Eco-Friendly Manufacturing
As a member of the Green Building Council of Australia (GBCA) and the US Green Building Council (USGBC), ASP Access Floors’ Environmental Policy outlines how ASP endeavors to:
Use Recycled Materials
Incorporating recycled materials into our products helps reduce demand for virgin resources and minimizes landfill waste. This contributes to a more circular economy where materials are reused and repurposed.
Reduce Carbon Footprint
Minimizing our carbon footprint is another key aspect of ASP’s environmental policy. This involves actions throughout our supply chain, from sourcing materials to manufacturing and transportation. Lowering our carbon footprint helps mitigate climate change and its associated environmental issues.
Optimize Supply Chain
An optimized supply chain can significantly reduce the environmental impact of a company’s operations. This might involve streamlining processes, using local suppliers whenever possible, and utilizing energy-efficient transportation methods. All these efforts contribute to a more sustainable production cycle.
Focus on Continuous Improvement
ASP actively seeks ways to minimize environmental impact through:
- Utilizing certified renewable energy sources in steel manufacturing
- Increasing the use of recycled content in core mixes
- Improving how we source raw materials
- Exploring eco-friendly panel core alternatives
- Optimizing product weight and distribution routes
- Implementing a future product stewardship program for recycling access floor components
Transparency & Compliance
ASP prioritizes transparency and adheres to rigorous environmental standards including:
- Publishing verified Environmental Product Declarations (EPDs) – the first access floor company in the Southern Hemisphere to do so.
- Operating under an ISO 14001-compliant Environmental Management System (EMS).
- Ensuring product compliance with relevant Australian and international standards for sustainability and carbon neutrality.
Case Studies
Check out these case studies and see how ASP’s sustainable access floor solutions have benefited projects to achieve a more sustainable space for a better tomorrow.
We have worked with
Access Floor Solutions
Don’t just build a space, craft an experience. ASP Access Floors provides specialized and effective access flooring solutions for every environment, from fostering creativity in commercial settings to ensuring seamless operation in data centers. ASP helps design adaptable spaces built for the future.
