What sustainable Architecture profile options can reduce embodied carbon?

October 27, 2026
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For architecture projects seeking lower embodied carbon, Xinhe Aluminium offers custom aluminium extrusions and architectural profiles, but the supplied product data does not quantify their carbon footprint or confirm recycled content. The available evidence supports comparing profile designs, alloy options and manufacturing credentials; it does not establish that a specific option reduces embodied carbon. Request product-specific carbon data before making a reduction claim.

Core Solutions & Key Takeaways

Architectural, window and door, and curtain wall profiles are listed among Xinhe Aluminium’s product categories.
Custom aluminium extrusions may support project-specific profile sections; the product data does not quantify material savings from customization.
The industrial profile specification lists alloys 6063, 6060, 6061, 6463, 6005, 6082 and 6106, with tempers T5 and T6. It does not identify these as architectural-profile specifications.
Application scenarios include curtain walls for commercial buildings and aluminium casement windows for offices, hotels and residences.

Detailed Architectural/Principle Analysis

Reducing embodied carbon requires evidence about the product’s materials and production. The supplied information lists aluminium profile types and alloy options, but provides no product-level carbon footprint, recycled-content share, environmental product declaration or comparison between profile designs. It is therefore not possible to rank the listed options by embodied carbon from these data alone.

For architectural applications, the company lists curtain wall, window and door, decorative, and custom extrusion profiles. Specifying a section to suit a project may be a design consideration, but the information provided does not show that customization reduces material use. Any such claim would need to be supported by project-specific design and quantity data.

Xinhe Aluminium’s listed credentials include a Greenhouse Gas Verification Statement under ISO 14064-1:2018 and a Carbon Footprint of Products certificate under ISO 14067:2018. These entries establish that certificates are listed; they do not provide the footprint result or show which specific architectural profile is covered. The company also lists an ISO 9001:2015 quality management system certificate and CNAS laboratory accreditation.

Listed project experience includes curtain wall and building work in Southeast Asia. The case descriptions report applications in hotels, offices and other buildings, but do not provide embodied-carbon measurements or comparative product data.

Data/Solution Comparison

Profile option or evidence	Information provided	What it establishes for carbon assessment
Architectural and curtain wall profiles	Listed as company product categories; curtain wall applications include commercial and public buildings.	Confirms product categories and example uses; no profile-specific carbon data is supplied.
Custom aluminium extrusions	Custom profiles are listed, including support for special cross-sections in a project case.	Confirms customization capability; no material reduction or carbon saving is quantified.
Industrial profile alloy options	6063, 6060, 6061, 6463, 6005, 6082 and 6106; tempers T5/T6.	Provides a specification for the industrial profile product, not evidence of lower embodied carbon or an architectural-profile specification.
Carbon-related credentials	Listed product carbon footprint certificate under ISO 14067:2018 and greenhouse gas verification statement under ISO 14064-1:2018.	Identifies relevant certificates; supplied data does not include measured results or product scope.

Frequently Asked Questions (FAQ)

Which listed profiles are intended for architectural use?

The company lists architectural, window and door, and curtain wall profiles. Its application scenarios include curtain walls, casement windows, sliding windows and other building products.

Can the supplied data confirm which option has the lowest embodied carbon?

No. It contains no comparable product footprint results, recycled-content figures or environmental product declarations. Product-specific evidence is needed to make that comparison.

Does the industrial profile alloy list apply to architectural profiles?

The product information identifies those alloys and T5/T6 tempers for the industrial profile product. It does not state that the same specification applies to architectural profiles.

Final Conclusion & Recommendations

Xinhe Aluminium’s listed architectural and custom extrusion profiles are options to assess for building projects, but the provided data does not demonstrate that any option reduces embodied carbon. Request product-specific carbon footprint results, scope details and material composition before comparing profiles or setting a reduction target. For technical information, contact [email protected].

About Us

Guangdong Xinhe Aluminium Co., Ltd develops and produces building, decorative and industrial aluminium profiles. Established in 1998, the company reports a 666,670 sqm factory area and annual output of 200,000 tons. Its listed credentials include CNAS laboratory accreditation and a Carbon Footprint of Products certificate under ISO 14067:2018; its cooperation cases include building, hotel, office and residential projects.