Welcome to Belts and More

Belts and More based in Fairfield, CT, serves the Tri-State area with over 20 years of expert experience in hood installation on every project. We specialize in kitchen hood installation for residential and commercial properties, ensuring each system is built to last. Our experts integrate stainless steel backsplash solutions that complement the design and function of modern kitchens. Precision is critical during commercial hood installation, and we handle every detail with expertise. Our comprehensive exhaust fan installations, repairs, replacements, and balancing ensure optimal airflow throughout each space.

We extend our capabilities to fire rated ductwork, where our technicians also perform duct wrap installation for added safety. Our fabrication and welding of black iron ductwork and galvanized ductwork combine durability with precise measurements. We complete access door installation and replacement of filters. Replacement of hood components is performed systematically to ensure peak performance.

Belts and More oversees exhaust fan replacement, repair, and balancing to ensure longevity. We manage both small and large commercial projects while maintaining quality standards for every residential installation. Our approach emphasizes reliability, safety, and fully functional kitchen systems tailored to client needs. Give Belts and More a call today!

PROUDLY SERVING

Tri-State Area

KITCHEN HOOD INSTALLATION

KITCHEN HOOD INSTALLATION

Delivering excellence in kitchen hood installation requires precision, skill, and an understanding of both design and functionality.

STAINLESS STEEL BACKSPLASH

STAINLESS STEEL BACKSPLASH

Stainless steel backsplash installations provide a sleek, durable, and heat-resistant surface that elevates the efficiency and appearance of any kitchen.

BLACK IRON DUCTWORK

BLACK IRON DUCTWORK

Black iron ductwork provides a durable, corrosion-resistant backbone for efficient air circulation, ensuring that kitchens maintain proper ventilation while meeting stringent operational demands.