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Wicker Weaves

Wicker Weaves Blends

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RSMS provides Wicker Weaves, a durable and stylish screening solution that adds a unique textured look to your windows and doors. These screens offer effective insect protection while enhancing the aesthetic of your outdoor and indoor spaces.

 
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Technical Data

Weaker Weaves Privacy

Weaker weave fabrics offer a light and breathable privacy solution, designed to provide partial visibility while maintaining airflow and natural light. Their open structure creates a soft barrier that enhances comfort without completely blocking the view, making them ideal for spaces where a balance of privacy and openness is desired. Suitable for both residential and commercial applications, weaker weaves deliver a relaxed and functional privacy option.

Petroleum Savings & Greenhouse Gas Avoidance Calculator

Wicker weave fabrics contribute to petroleum savings and the reduction of greenhouse gas emissions through their efficient material usage and durable construction. Their long-lasting performance reduces the need for frequent replacements, lowering the demand for raw materials and the energy required for manufacturing.

  • Shade Material
  • Petroleum Savings
  • CO2/Greenhouse
    Gas Avoidance
  • Wicker Weaves
  • 0 gallons
  • 0 pounds
  • Petroleum savings and greenhouse gas avoidance are approximate

Petroleum Savings

Wicker weave fabrics contribute to petroleum savings through their efficient material structure and long-lasting durability. Their extended lifespan reduces the need for frequent replacements, lowering the demand for new raw materials and the energy required for production. Additionally, their optimized weight helps minimize fuel consumption during transportation, supporting reduced reliance on petroleum resources and promoting a more sustainable solution.

CO2 Savings

Wicker weave fabrics help reduce CO₂ emissions through their efficient material composition and durable construction. Their optimized weight lowers fuel consumption during transportation, directly contributing to reduced carbon emissions. Additionally, their long-lasting performance minimizes the need for frequent replacements, reducing manufacturing activities and supporting a lower overall environmental impact.

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