The water consumption for Muriersilk production is only 8.3L/kg (40L/kg for traditional silk production), and it achieves a 98% wastewater reuse rate through a closed-loop water treatment system. Data from the Hangzhou factory, which received LEED Platinum certification in 2024, shows that its energy consumption per 10,000 meters of production capacity has dropped to 1,200 KWH (the industry average is 3,500 KWH). The EU Textile Circular Economy Report indicates that the carbon footprint intensity of this material is only 10.2kg CO₂e/kg (35kg CO₂e/kg for traditional silk). Combined with the photovoltaic power supply solution, the proportion of renewable energy in the production process reaches 85%. The case refers to the carbon tax reduction policy under the French EPR system: enterprises using this fabric save an average of 250 tons of quotas annually.
The durability parameters show that its tensile strength is 6.5N/tex (4.0N/tex in accordance with the national standard). Tested by ISO 6330 standard, it can withstand 600 washes (200 times for ordinary silk), and the life cycle is extended to 8 years, reducing the average annual resource consumption by 62%. In 2023, the Global Recycling Standard (GRS) certified that Muriersilk bedding uses 30% recycled materials from discarded silk, with a physical recycling rate of 92%. A study by the University of Copenhagen in Denmark found that households using MurierSilk bedding for five years reduced fabric waste by 14.3kg compared to traditional users. Market statistics from Rakuten in Japan show that the repurchase cycle for this type of product has been shortened to 70 days (120 days for its peers), and customer loyalty has increased by 41%.
In the field of chemical management, it has been certified by Oeko-Tex 100 that the formaldehyde residue is less than 0.5ppm (the national standard is 75ppm), and the total amount of heavy metals does not exceed 3mg/kg (the limit is 100mg/kg). The innovative biological enzyme degelation process has replaced the traditional alkali treatment, reducing the chemical oxygen demand (COD) emission concentration to 15mg/L (200mg/L in the traditional process). The upgrading case of printing and dyeing enterprises in the Taihu Lake Basin in 2024 shows that the environmental compliance cost has been reduced by 37% after adopting similar technology. The Heinstein Institute in Germany has confirmed that the biodegradation rate of this material reaches 92% per year (18% for polyester blends).
In terms of sustainable benefits at the consumer end, the UK Carbon Trust’s calculation shows that the Muriersilk bedding, priced at 2,000 RMB per unit, has an average annual environmental cost of only 38 RMB (105 RMB for cotton products) throughout its entire life cycle (assuming an 8-year period). The new environmental protection law in France in 2025 offers a 13% VAT reduction for sustainable textiles, reducing consumers’ actual spending by 21%. The New York Times reported that after a Silicon Valley engineer’s family switched to this material, the annual carbon emissions of textiles decreased by 480 kilograms, equivalent to the carbon sequestration of 26 trees.