Low carbon functional surface
Organize water-based, bio-based or long-life materials based on actual functionality and longevity.
ECOTEN | Environmentally friendly low-carbon material
Let environmental values enter into material selection and long-term use.
Facing urban renewal, low-carbon manufacturing and high-frequency public spaces, starting from functional units, material sources, manufacturing and construction, durable maintenance and terminal paths, we organize an environmentally friendly low-carbon material system that can enter real projects.
Application directionUrban renewal · Low carbon manufacturing · Functional surfaces
Material principlesWater-based · Bio-based · Long life · Easy maintenance
project boundariesManufacturing·Construction·Use·End
comparison methodFunctional unit · Comparison object · Use cycle
ECOTEN
Using functional units as the scale, a full-cycle judgment framework for materials is established.
First define the function, life span and maintenance boundaries of the material, and then compare the source, manufacturing construction, use stage and terminal path, so that the environmental value is based on the same performance.
Waterproof and moisture-proof system
Base surface, joints, construction and maintenance around roof, underground, kitchen, bathroom and exterior walls.
Wear-resistant flooring system
For loading, cleaning and long-term operation of garages, workshops, commercial and public spaces.
Interior and exterior wall protection
Connecting environmentally friendly interior walls, exterior wall weathering, surface maintenance and urban renewal construction.
Material comparison boundaries
Clarify the functional units, comparison objects, manufacturing transportation, service life and maintenance conditions.
Project verification
Incorporate environmental goals alongside performance bottom lines, process conditions and delivery milestones.
Comparable low-carbon options are presented in terms of material pathways and functional units.
ECOTEN puts material sources, manufacturing construction, durability maintenance and end-of-life paths in the same comparison framework, meeting performance and longevity first before discussing environmental value.
Performance and life are the prerequisites for comparison
Compare materials under equivalent functionality, durability and maintenance conditions, and avoid using a single content or label as a substitute for complete judgment.
Environmental values throughout the project lifecycle
Put the source, manufacturing construction, usage and maintenance, replacement frequency and end path into the same project record.
From functional requirements to material comparison and project verification.
Submit application objects, comparison materials, functional bottom line, service life, manufacturing construction and maintenance conditions, and establish comparable and reviewable material evaluation tasks.
Define objects, performance, lifetime and baseline
Record current materials, usage, maintenance and failures
Build a portfolio of water-based, bio-based or long-life materials
Verify manufacturing construction, usage performance and maintenance cycles
Review provenance, lifespan, maintenance, and end paths
Bring functional benchmarks and material lifecycle conditions into the evaluation.
Compare material paths under equivalent functionality, lifespan and usage conditions, forming a basis for selection that can go into specimens, projects and long-term maintenance.
SCOPE & EVIDENCE
Environmental values require lifecycle objects and data boundaries.
Bio-based, recycled, water-based, low-carbon, durable and recyclable describe different dimensions. The project should clearly identify the source of materials, manufacturing, construction, service life, maintenance and end paths. Complete environmental conclusions cannot be derived from a single attribute.
- Quantitative carbon reduction or life cycle conclusions require objects, boundaries, methods and data sources.
- Green claims are reviewed by specific products, markets and currently valid evidence.