SUSTAINABILITY

It is not just a word, but a commitment that 100% of our products are engineered to endure the daily challenges of coastal environments and the formidable forces of Category 5 hurricanes. Our diverse range of premium building materials is meticulously selected for their unique properties, seamlessly blending the rich heritage of Bahamian construction with innovative solutions. This fusion not only honors traditional craftsmanship but also introduces advanced technologies that enhance structural integrity and longevity.​

By integrating these superior materials, we aim to construct a stronger, more resilient Caribbean—one that stands firm against environmental adversities while preserving its cultural essence. Help us build a stronger & more resilient Bahamas.

SMART Rebar

  • Increase life span of concrete by decades

    Structures reinforced with fiberglass rebar have a longer service life due to its durability and resistance to environmental factors. This longevity means fewer resources are needed for maintenance and reconstruction, leading to less construction waste over time. ​

  • Corrosion Resistance

    Fiberglass rebar is inherently resistant to corrosion, making it ideal for the Bahamas' salt-laden air and high humidity. Unlike steel, which can rust and deteriorate over time, SMART Rebar maintains its integrity, reducing the need for repairs and replacements.

  • Lower Carbon Footprint

    The production of fiberglass rebar consumes less energy and emits fewer greenhouse gases compared to steel rebar. Studies indicate that SMART Rebar reinforced concrete produces approximately 43% less CO₂ emissions and use nearly half the energy of their steel counterparts. ​

  • Lightweight and Efficient Transportation

    SMART Rebar is significantly lighter than steel, which reduces transportation energy and costs. This is particularly beneficial for island nations like the Bahamas, where shipping materials can be a significant expense.

  • Compatibility with Sustainable Materials

    Fiberglass rebar can be used with alternative materials like seawater and sea sand in concrete mixes, reducing the reliance on scarce resources such as freshwater and river sand. This compatibility supports sustainable construction practices in coastal regions. ​

    🌊 Suitability for Coastal Environments

    SMART rebar in the Bahamas not only addresses the challenges posed by the coastal environment but also aligns with sustainable construction practices by reducing environmental impact and enhancing the longevity of structures.

SMART Wood

  • Efficient Use of Resources

    SMART Wood is engineered by bonding thin wood veneers together, allowing for the utilization of smaller, fast-growing trees. This process maximizes the use of available timber resources and reduces waste.​

  • Reduced Chemical Treatments
    SMART Wood is made from Larch wood, naturally durable and resistant to decay, which minimizes the need for chemical preservatives. In contrast, pressure-treated pine requires chemical treatments to enhance its durability, which can have environmental implications.​

  • Lower Carbon Footprint
    The production of SMART Wood generally consumes less energy and results in lower greenhouse gas emissions compared to the processes involved in pressure-treating pine lumber.​

  • Enhanced Durability and Longevity
    SMART Wood has high dimensional stability and resistance to warping, making it suitable for long-term applications in challenging environments reducing the frequency of replacements, thereby conserving resources over time.​

  • Open Floor Plans
    SMART Wood offers consistent strength and can be manufactured lengths up to 40’, facilitating design flexibility for open floor plans reducing the need for supporting walls.

  • Sustainable Sourcing
    SMART Wood is sourced from sustainably managed forests, ensuring responsible forestry practices and contributing to environmental conservation.​

  • Installation: Its uniformity simplifies construction processes, potentially reducing labor costs and construction time.​

    🌊 Suitability for Coastal Environments

    In coastal areas like the Bahamas, building materials are exposed to high humidity, salt air, and potential termite activity. SMART Wood natural resistance to these factors makes it a preferable choice over pressure-treated pine, which may degrade faster under such conditions.​

    By choosing SMART Wood, builders in the Bahamas can achieve a balance between structural integrity and environmental responsibility, making it a sustainable alternative to pressure-treated southern yellow pine.​

SMART Board

  • Lower Carbon Footprint
    The production of SMART boards involves less energy and emits fewer greenhouse gases compared to the manufacturing processes of plywood and gypsum drywall. This results in a reduced environmental impact during the production phase. ​

  • Natural and Non-Toxic Composition
    MgO boards are made from abundant natural minerals and do not contain harmful chemicals like formaldehyde or volatile organic compounds (VOCs), which are often present in plywood and some drywall products. This contributes to healthier indoor air quality and a safer environment. ​

  • Enhanced Durability and Longevity
    Due to their resistance to moisture, mold, mildew, and pests, SMART boards have a longer lifespan than plywood and drywall. This durability reduces the need for frequent replacements, thereby conserving resources and reducing waste over time. ​

  • Fire Resistance
    SMART boards are non-combustible and can withstand high temperatures without releasing toxic fumes, unlike plywood, which is flammable, and drywall, which can degrade under intense heat. This fire resistance enhances building safety and can contribute to lower insurance premiums. ​

    Moisture Resistance
    Unlike plywood and drywall, which can absorb moisture leading to warping or mold growth, SMART boards are highly resistant to water. This makes them particularly suitable for humid environments and areas prone to moisture exposure.

  • Mining of magnesite is conducted on the surface and requires no chemicals or processes other than breaking chunks of magnesite from the mountain. Any modest amount of dust created is beneficial to the land, people, or animals it lands on

    🌊 Suitability for Coastal Environments

    Incorporating SMART boards into construction projects offers a sustainable alternative to traditional materials like plywood and sheetrock. Their environmental benefits, coupled with superior performance characteristics, make them an excellent choice for builders aiming to reduce their ecological footprint while enhancing building durability and safety

SMART Window

  • Reinforced Glass Construction
    SMART Window consist of multiple layers of glass bonded with a resilient interlayer, typically polyvinyl butyral (PVB). This design ensures that even if the glass shatters upon impact, the fragments adhere to the interlayer, preventing dangerous shards from entering your home.

  • Structural Integrity Maintenance
    By resisting penetration from wind-borne debris, impact windows help maintain the building's envelope. This prevents sudden internal pressurization, which can lead to roof uplift and structural failure.

  • Protection Against Flying Debris
    SMART Windows are tested to withstand impacts from objects propelled by hurricane-force winds, reducing the risk of interior damage and injury.

  • Noise Reduction: The laminated glass design also dampens external noise, providing a quieter indoor environment.

  • Enhanced Security: The robust construction makes it more difficult for intruders to breach, offering added security.

  • Low-E UV Protection: SMART Window can block a significant amount of harmful UV rays, protecting interior furnishings from fading

  • UPVC Frame: Is corrosion and rot proof lasting infinity longer than wood or aluminum frames.

  • Stainless Steel Hardware: Will not corrode in the harsh salty environment.

SMART Door

  • Stainless steel Door and Frame: Prevent corrosion and rot

  • Solid wood interior doors: Prevents moisture de-laminating particle board hollow doors

  • Stainless steel Hardware: Extends the life of hardware.

  • Pre-hung doors and hardware: Eliminates field fabrication and the waste generated

SMART Pour

  • Resiliency to natural disasters: SMART Pour solid concrete walls protect structures providing life safety can lead to lower insurance premiums, further contributing to cost savings over the building's lifespan.​

  • Enhanced Flood and Moisture Resistance: Concrete is inherently resistant to water damage, making SMART Pour ideal for the Bahamian climate. Unlike wood, which can absorb moisture leading to rot and mold, SMART Pour concrete maintains its integrity during floods and high humidity. CMU blocks, with their numerous joints, can allow water penetration if not properly sealed, leading to potential structural issues.​

  • Improved Fire Resistance: SMART Pour concrete walls offer superior fire resistance compared to wood-frame construction. Concrete does not burn, and its solid mass can contain fires, preventing rapid spread. This characteristic enhances the safety of occupants and can reduce fire-related damage.​

  • Structural Integrity and Low Maintenance: The monolithic nature of SMART Pour concrete walls provides consistent strength throughout the structure, reducing the need for frequent maintenance. CMU block walls may require repointing of mortar joints over time, and wood-frame structures can suffer from warping, termite damage, and decay, necessitating ongoing repairs.

  • Energy Efficiency and Thermal Mass: SMART Pour concrete walls have high thermal mass, meaning they can absorb and slowly release heat. This property helps in maintaining stable indoor temperatures, reducing the reliance on air conditioning—a significant benefit in the Bahamian climate. While insulation can be added to wood-frame and CMU constructions, the inherent thermal mass of concrete provides a natural advantage in energy efficiency.​

  • Quicker Construction Time: SMART Pour can be twice as fast as CMU with less skilled labor.

  • Long-Term Cost Effectiveness: Although SMART Pour is already initially cost competitive with CMU, the long-term savings from reduced maintenance, enhanced durability, and energy efficiency can offset the upfront difference to wood framing. Additionally, the increased resilience to natural disasters can lead to lower insurance premiums, further contributing to cost savings over the building's lifespan.​

In summary, for homeowners and builders in the Bahamas seeking a durable, low-maintenance, and disaster-resilient structure, SMART Pour-in-place concrete walls present a compelling option over CMU block and wood-frame construction.​