Peninsula Insulation, LLC is a locally operated insulation company committed to helping Maryland homeowners and businesses improve energy efficiency and indoor comfort. With years of hands-on experience in the insulation field, the company provides dependable solutions for a range of properties—from older homes to modern commercial buildings.
The company focuses on quality work and long-term results. Every job is handled with attention to detail using materials that meet current energy standards. With options including spray foam, blown-in, fiberglass, and mineral wool, Peninsula Insulation, LLC offers the flexibility to match insulation types to the specific needs of the property.
Serving Easton, St. Michaels, Oxford, Centreville, Annapolis, Salisbury, and nearby areas, Peninsula Insulation, LLC is built on customer satisfaction and reliable results. From insulation upgrades to new builds, clients can expect professional service with clear communication throughout the project.
Homeowners and contractors across Easton, St. Michaels, Oxford, Centreville, Annapolis, and Salisbury rely on qualified insulation contractors for safe, effective installation. Whether working with spray foam insulation or traditional products like fiberglass and mineral wool, it’s important to use materials that match the building’s design and performance goals.
A professional spray foam insulation company can help identify weak points in thermal performance and recommend upgrades that reduce utility bills over time. Spray foam contractors often combine air sealing with insulation to create a tighter building envelope that improves comfort year-round.
For agricultural, residential, and commercial projects, choosing a reliable insulation company means fewer callbacks and better energy performance. Each service whether it's crawl space encapsulation, blown-in insulation, or thermal coatings is installed with the goal of long-lasting results. Local experience helps make sure installations follow Maryland building codes and perform as expected in local climate conditions.
