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Diverse solutions tailored to your every need
Durability and Resilience: Tilt-up concrete structures are highly resistant to forest fires through the use of non-combustible, fire rated materials, and the elimination of ignition points found on conventional builds. The concrete walls provide protection against extreme external weather factors, ensuring longevity and reduced maintenance costs for your project.
With our extensive experience in general contracting and sub-contracting, Titan Tilts Inc. provides comprehensive management for every project. From budgeting and scheduling to coordinating subcontractors and ensuring project safety compliance, we complete each scope of work with diligence and dedication.
Meet with our experienced team to discuss your residential construction design needs. We'll provide insights and options for resilient fire resistant tilt-up concrete packages, tailored to your design needs for your comfort, protection, and peace of mind.
Our team of Architects and Engineers are as passionate as we are about designing resilient projects with unparalleled fire protection. We would love to discuss how we can help fortify your next project against natures furry.
We specialize in the design, or design-assist, and construction of concrete tilt-up buildings. Perfect for commercial retail, warehouses, and office building projects. These buildings are cost-effective, Eco-friendly, up to 30% faster than conventional projects to construct, and incredibly durable.
Concrete structures provide natural insulation and when combined with innovative insulated panel systems it leads to lower energy costs and a more comfortable living environment. We have a team of electrical and mechanical engineers that have worked diligently to help create net zero designs for energy efficient project capabilities.
Concrete is environmentally friendly and free of organic material which makes it rot proof and highly pest resistant. With wall systems made of concrete the longevity of your building increases exponentially, providing greatly reduced maintenance requirements and waste generated when compared to other building methods.