TYC Environmental Technology Collaborates with an International Brand to Develop Premium Artificial Florals Using PCR Modification Technology

Sustainable Artificial Florals – PCR Modification Technology

As brands increasingly seek to combine aesthetics with sustainability, material selection has become a critical element in product design.

In this project, TYC Environmental Technology collaborated with internatinal brand partners to introduce Post-Consumer Recycled (PCR) plastics into the development of premium artificial floral products, supporting the goals of UN SDG 12: Responsible Consumption and Production.

Traditionally, high-end artificial florals rely on virgin plastics to achieve the softness, fine texture, and visual quality required for delicate petals. Through advanced material modification and formulation engineering, TYC successfully increased the proportion of PCR content while maintaining the softness, detail, and processing stability required for these products.

This approach not only reduces the environmental footprint of the material but also demonstrates the potential of recycled plastics in high-aesthetic, design-driven consumer products.

The project highlights how circular materials can move beyond industrial applications and enter the premium design and lifestyle product market, enabling brands to create new sustainability narratives and market differentiation.

Highlights

High PCR Content Integration
Customized material formulations maximize PCR content while maintaining product aesthetics and processing performance.

Optimized Material Performance
Precise control of flowability, softness, and surface detail enables recycled materials to meet the standards of premium decorative products.

Enhanced Brand Sustainability Value
By replacing a portion of virgin plastics with recycled materials, brands can reduce product carbon footprints while strengthening ESG and sustainability credentials.

Technology Insight

Through PCR Modification Technology, TYC enables:

• Customized material formulations
• Increased recycled content
• Stable processing performance
• Fine texture and softness required for premium products

Tailored formulations maximize PCR content while maintaining precise flowability, softness, and surface detail required for premium artificial floral applications.

Sustainable Impact

As global brands increasingly integrate circular materials and low-carbon design into their product strategies, PCR materials are becoming a key driver of product innovation.

TYC’s expertise goes beyond supplying recycled materials. Through material engineering and design integration, TYC helps brands create products that combine sustainability, design value, and market competitiveness.

Through material innovation, we believe aesthetics, design, and circular economy can coexist.