Kitchen and Granite Place, Inc is a kitchen remodeler in Riviera Beach, FL, specializing in custom kitchen and bath remodeling, countertop installations, and residential and commercial interior renovations. The company offers services including cabinetry, stone work with granite, marble, and quartz, and full design visualization through tools like kitchen, bathroom, and edge visualizers. They serve clients throughout South Florida and are known for providing free in-home estimates and personalized design solutions. With a 4.90 rating based on customer reviews, they are recognized for exceptional customer service and quality craftsmanship.
The business emphasizes a comprehensive approach to remodeling, offering both modern and classic cabinetry styles, including shaker and raised panel doors in a range of finishes such as white, ebony, soda, and smoky gray. Their cabinet construction features durable materials like 3/4” hardwood face frames, dovetail drawers, soft-closing hinges, and full extension glides. They provide design services that include 3D kitchen modeling, measurements, layout planning, and detailed renderings to help clients visualize their projects before installation. Clients can choose from a variety of styles and materials, with options for both residential and commercial spaces.
Located on Prospect Ave, the business sits about a mile from the Riviera Beach Fire / Rescue Station 4 and is within a short distance of North Military Trail and West Blue Heron Boulevard, a major road and highway. It is also near the North Technical Education Center, approximately 0.4 miles away.
The business is highly rated by customers, reflecting strong satisfaction with its service, quality of materials, and attention to detail. Its consistent positive feedback underscores its reputation for reliability and professional execution in home remodeling projects.
Kitchen and Granite Place, Inc stands as a trusted name in Riviera Beach for transforming residential and commercial spaces with custom kitchens, baths, and stone surfaces.