Developing next-generation circular materials through applied R&D, material science and commercialization.
Accelerating circular innovation through partnerships with academia, industry and manufacturing.
Turning recovered materials into products, furniture and built-environment solutions.
Providing verified material data, sustainability metrics and application guidance for confident specification and implementation.
Developing next-generation circular materials through applied R&D, material science and commercialization.
Accelerating circular innovation through partnerships with academia, industry and manufacturing.
Turning recovered materials into products, furniture and built-environment solutions.
Providing verified material data, sustainability metrics and application guidance for confident specification and implementation.
IN2ORBITS builds its future circular economy strategy around technology co-creation and commercialization. Through R&D-driven innovation in recycled and bio-based materials, IN2ORBITS enables systemic alignment across resources, technologies, and markets.
We maintain deep academic ties with institutions like Shanghai University of Engineering Science to integrate real-world industrial challenges into research and curriculum design. A dedicated Materials Laboratory will be established to advance material testing, carbon accounting methodologies, and sustainable product development.
Partnering with Arcplus Group under a national-level framework, we co-lead the initiative “Premium Materials for Premium Living”. This collaboration focuses on performance benchmarking, Life Cycle Assessment (LCA), and architectural integration standards. By coupling carbon data with construction codes and engineering logic, we enable recycled materials to transition into certified, standardized building components suitable for large-scale adoption.
The most comprehensive repository of sustainable materials in China, providing verified performance data, sustainability metrics and actionable application guidelines. It translates circular concepts into industrial-grade solutions — enabling design, supply chain and engineering functions to implement sustainability with confidence and precision.
Regenerated Leather Made from Recovered Top-Grain Leather.
A high-performance material developed from:
Recovered top-grain leather fibers
Advanced silicone technology
Applications:
Formaldehyde-Free Circular MDF System.
Recovered top-grain leather fibers
Key Features:
Partner with IN2ORBITS to create measurable circular impact.
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