More information on Lonsdale 1200 Pocket Mattress

Sustainability & Recycled Information

• Bottles used = 172
• Topaz Mixture of natural and synthetic fibres “Produced from discarded clothing and textiles that are shredded and re-purposed, diverting waste from landfills. Recycling clothing reduces the need to produce new synthetic fibres like polyester. This lowers emissions and energy use.
  The recycling process uses less water and chemicals than manufacturing new polyester fill. This product is itself recyclable at the end of its lifetime as a bedding material. This creates a continuous closed-loop recycling chain. As a recycled product, it has a smaller carbon footprint than virgin polyester or other synthetics.”
• FR Bondafelt Mixture of natural and synthetic fibres “Produced from discarded clothing and textiles that are shredded and re-purposed, diverting waste from landfills. Recycling clothing reduces the need to produce new synthetic fibres like polyester. This lowers emissions and energy use.
  The recycling process uses less water and chemicals than manufacturing new polyester fill. This product is itself recyclable at the end of its lifetime as a bedding material. This creates a continuous closed-loop recycling chain. As a recycled product, it has a smaller carbon footprint than virgin polyester or other synthetics.”
• PPNW Silk NNP 55% Polyester / 35% Wool / 10% Silk “Wool and silk are natural luxury fibres. Silk production employs small-scale farmers and weavers. Provides very soft, breathable and temperature regulating fill. Blend maximizes softness and comfort. Recycling PET bottles into polyester reduces the need for new plastic production from fossil fuels. This decreases related emissions and energy use. It diverts plastic bottles from landfills and gives them a new usable life instead of becoming waste.
  The recycling process uses less water, chemicals and energy compared to manufacturing new polyester. Polyester from recycled bottles has a smaller carbon footprint compared to virgin polyester fill. Using recycled polyester creates demand supporting growth of recycling infrastructure and facilities. The recycled polyester retains properties like durability and hypoallergenic qualities of virgin polyester. Supporting bottle-to-fibre recycling helps drive innovation in plastic upcycling technologies.”
• Poly Cotton 50 % Polyester / 50% Cotton Cotton is a natural fibre that biodegrades at the end of its life. It is renewable and hypoallergenic which provides health benefits for people with sensitivities. Polyester: Recycling PET bottles into polyester reduces the need for new plastic production from fossil fuels. This decreases related emissions and energy use. It diverts plastic bottles from landfills and gives them a new usable life instead of becoming waste.