Digital material passports - RMG600+ Access Floor Panels

The RM600+ Raised access flooring is part of the Lower Embodied Carbon (LEC) range, designed to minimise environmental impact.
Produced using a minimum of 86% recycled content and low carbon steel, this flooring solution incorporates biogenic carbon to help mitigate carbon emissions.
It is ideal for demanding commercial office environments and comes with a comprehensive 25-year warranty, making it a sustainable and durable option for modern office spaces.

DIGITAL MATERIAL PASSPORT

Product Name: RMG600+ | PSA: 2021 medium grade raised access floor

Product Site: https://www.tateinc.com/au/en/...

Supplier: RMG600+ | PSA: 2021 medium grade raised access floor

Material Origin

• Raw Material Sourced:
  Not disclosed
• Manufacture Site:
  Hull, UK
• Biogenic Content (i.e. natural material content/sequestered carbon info):
  Available but not disclosed
• Recycled Content:
  91%

Embodied Carbon

• Upfront Embodied Carbon:
  6.88 kgCO₂e/unit
• Biogenic Carbon:
  -11.9 kgCO₂e/unit
• Product Lifecycle Embodied Carbon:
  -11.9 kgCO₂e/unit
• Life Span:
  25 years
• EPD:
  Yes

Circularity

• Takeback schemes
  Tate
• Reuse Potential:
  -11.9 kgCO₂e/unit
• Warranties:
  25 years

Health & Wellbeing

• Material Emissions:
  Minimal VOC Emissions (third-party verified)
• Material Content:
  Not applicable
• Ingredient Transparency:
  Particle board; galvenised steel; polyurethane adhesive (third-party verified)
  
• Hazardous Materials:
  None found (third-party verified)
• Alignment with WELL
  7 / 7 credits

Certifications

• Cradle to Cradle Silver
• Health Product Declaration
• Indoor Air Comfort Gold

What is a digital material passport?

A material passport is a digital document listing all the materials that are included in a product or construction during its life cycle in order to facilitate circularity decisions in supply chain management at the end of the building life.

At Cundall, we want to create a passport to materials/products that will also provide information before its use so designers and contractors are capable of making conscious decisions of products that could affect the embodied carbon and health well-being of a project, facilitating the inclusion of the best low carbon and/ healthy materials that align with their design.