Polyhaus provides a patent-pending mass timber construction system that accelerates housing development. Utilizing digitally fabricated Cross-Laminated-Timber (CLT) panels, the company offers pre-designed, energy-efficient homes that significantly reduce build times and enhance wildfire resilience.
Funding
Funding not disclosed
Founders
Product
Problem
The traditional construction industry faces challenges in meeting housing demand due to slow build times and reliance on outdated methods. This leads to increased costs and limited scalability in addressing housing shortages.
Solution
Polyhaus offers a patent-pending rapid-construction system utilizing mass timber sourced from North America to accelerate housing supply. Our approach leverages advanced manufacturing techniques and digitally fabricated Cross-Laminated-Timber (CLT) panels to create resilient and energy-efficient homes. We provide a range of pre-designed housing units, from accessory dwelling units (ADUs) to larger family homes, designed to maximize living space and minimize land use. This system significantly reduces construction timelines compared to conventional methods, offering a more sustainable and cost-effective solution for residential development.
Target Audience
Our primary customers are property owners, developers, and builders seeking efficient, sustainable, and resilient housing solutions to increase housing supply.
Features
- Patent-pending rapid-construction system utilizing mass timber (CLT) panels.
- Digitally fabricated CLT panels sourced from sustainable North American forests.
- High degree of wildfire resilience due to robotic fabrication of CLT panels, minimizing air gaps and offering slower burn rates.
- Aerodynamic design to further minimize wildfire propagation vulnerabilities.
- High-performance Insulated Metal Panels for enhanced fire resistance.
- Pre-designed housing models available in various sizes, including 540 SF (Tetra-One), 980 SF (Tetra-Two), 1,165 SF (Tetra-Three), and 1,000-2,500 SF (Octa and Cube).
- Focus on structural integrity, energy efficiency, and reduced carbon footprint.