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FAQs
Commonly asked questions about our innovation and startup journey.
Our proprietary low-temperature process mineralizes concentrated CO2 during the curing stage, where it becomes permanently stored in the form of calcium carbonates. This traps carbon that would otherwise be released to the atmosphere.
Our materials are fire-resistant and non-combustible. We're currently conducting formal testing to obtain official fire ratings, with preliminary results showing superior performance compared to traditional building materials like wood or polymer-based composites.
We're currently scaling from laboratory to pilot production scale. Contact us to discuss your specific timeline requirements so we can align our scale-up planning with your project needs.
We're working with accredited laboratories to complete comprehensive testing protocols. Contact us to get our latest technical data sheet and samples.
Our panels cost approximately 50% less than premium alternatives like solid surface materials, making us competitive with traditional options while delivering superior performance.
Our current focus is on interior and exterior panels for cladding, facades, and architectural applications. We're exploring structural applications as we scale production and complete additional engineering certifications.
We work closely with early adopters to ensure proper installation techniques and provide technical support throughout the process. As we scale, we'll develop comprehensive training programs for contractors and installers.
We're an early-stage materials technology startup that is transitioning from university research to commercial development. We've raised $290K in initial funding from strategic investors including the 776 Foundation and JLL Foundation, completed proof-of-concept development, and are now scaling toward pilot production with several demonstration projects planned with early adopter partners.
Our proprietary low-temperature process mineralizes concentrated CO2 during the curing stage, where it becomes permanently stored in the form of calcium carbonates. This traps carbon that would otherwise be released to the atmosphere.
Our materials are fire-resistant and non-combustible. We're currently conducting formal testing to obtain official fire ratings, with preliminary results showing superior performance compared to traditional building materials like wood or polymer-based composites.
We're currently scaling from laboratory to pilot production scale. Contact us to discuss your specific timeline requirements so we can align our scale-up planning with your project needs.
We're working with accredited laboratories to complete comprehensive testing protocols. Contact us to get our latest technical data sheet and samples.
Our panels cost approximately 50% less than premium alternatives like solid surface materials, making us competitive with traditional options while delivering superior performance.
Our current focus is on interior and exterior panels for cladding, facades, and architectural applications. We're exploring structural applications as we scale production and complete additional engineering certifications.
We work closely with early adopters to ensure proper installation techniques and provide technical support throughout the process. As we scale, we'll develop comprehensive training programs for contractors and installers.
We're an early-stage materials technology startup that is transitioning from university research to commercial development. We've raised $290K in initial funding from strategic investors including the 776 Foundation and JLL Foundation, completed proof-of-concept development, and are now scaling toward pilot production with several demonstration projects planned with early adopter partners.
Our proprietary low-temperature process mineralizes concentrated CO2 during the curing stage, where it becomes permanently stored in the form of calcium carbonates. This traps carbon that would otherwise be released to the atmosphere.
Our materials are fire-resistant and non-combustible. We're currently conducting formal testing to obtain official fire ratings, with preliminary results showing superior performance compared to traditional building materials like wood or polymer-based composites.
We're currently scaling from laboratory to pilot production scale. Contact us to discuss your specific timeline requirements so we can align our scale-up planning with your project needs.
We're working with accredited laboratories to complete comprehensive testing protocols. Contact us to get our latest technical data sheet and samples.
Our panels cost approximately 50% less than premium alternatives like solid surface materials, making us competitive with traditional options while delivering superior performance.
Our current focus is on interior and exterior panels for cladding, facades, and architectural applications. We're exploring structural applications as we scale production and complete additional engineering certifications.
We work closely with early adopters to ensure proper installation techniques and provide technical support throughout the process. As we scale, we'll develop comprehensive training programs for contractors and installers.
We're an early-stage materials technology startup that is transitioning from university research to commercial development. We've raised $290K in initial funding from strategic investors including the 776 Foundation and JLL Foundation, completed proof-of-concept development, and are now scaling toward pilot production with several demonstration projects planned with early adopter partners.