Environmental sustainability
At Yongfeng Lihua Sunshade, environmental sustainability is not only a concept but also a set of action guidelines that run through the entire product life cycle. Relying on the group's mature environmental protection management system, we comprehensively reduce our environmental footprint from the source to the terminal.
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GREEN MATERIALS
We fully leverage the green and recyclable material advantages of aluminium profiles. The main body of our products is made from a high proportion of recycled aluminium profiles, and we give priority to purchasing fabrics from sustainable sources certified by FSC or equivalent standards. Low-carbon technologies such as low-temperature curing and water-based coatings are adopted in the production process to reduce environmental impact from the source.
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ENERGY CONSERVATION AND EMISSION REDUCTION
We fully leverage the green and recyclable material advantages of aluminium profiles. The main body of our products is made from a high proportion of recycled aluminium profiles, and we give priority to purchasing fabrics from sustainable sources certified by FSC or equivalent standards. Low-carbon technologies such as low-temperature curing and water-based coatings are adopted in the production process to reduce environmental impact from the source.
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REDUCTION OF CARBON EMISSIONS
In 2023, through a full-process green transformation, we reduced carbon dioxide emissions by approximately 420 tons compared to the base year, which is equivalent to planting 23,000 trees. The group aims to reduce carbon emissions per unit of output value of its sunshade product line by 45% by 2030.
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CIRCULAR ECONOMY
The concept of detachability and easy classification was integrated from the very beginning of the product design. We have established a closed-loop system of "aluminum material recycling - remelting - re-extrusion". After the products are scrapped, the recycling rate of aluminum profiles can reach **98%**. All packaging materials are made of degradable or recycled paper products to minimize waste landfill to the greatest extent.