Compare the highest-rated roofing professionals in Crete, Illinois. All contractors are licensed, insured, and verified through our rigorous screening process.
A highly-rated local roofing contractor specializing in both residential and commercial roofing services with extensive experience in storm damage restoration and insurance claims. They serve the entire Crete area with comprehensive roofing solutions.
A local Crete-based company offering complete roofing services with expertise in various materials including asphalt shingles, metal, and tile roofing. They provide thorough inspections and maintenance programs tailored to Midwest weather conditions.
Serving Crete and the surrounding Chicago Southland area, this contractor specializes in storm damage repair and emergency roofing services. They are known for their rapid response to weather-related damage and expertise with local building codes.
Crete's roofing market is characterized by the need for durable solutions that can withstand Midwest weather patterns, including heavy snow loads, high winds, hail storms, and temperature extremes. The local climate demands materials and installation techniques that can handle seasonal variations from humid summers to freezing winters. Most reputable contractors in the area specialize in storm damage restoration due to frequent severe weather events in the region.
4.7+ star average from verified customer reviews
All contractors are properly licensed and insured
10+ years average experience in the industry
Familiar with Crete regulations and climate
Get answers to common questions about roofing services in Crete, Illinois.
In Crete, the cost for a full asphalt shingle roof replacement typically ranges from $8,500 to $15,000 for an average-sized home (2,000-2,500 sq ft). This range accounts for local material and labor rates, the complexity of your roof's design (like valleys or dormers common in Crete's housing styles), and the quality of shingles chosen. Illinois' weather demands high-quality, impact-resistant shingles, which can influence the final price, so it's crucial to get detailed, written estimates from local contractors.
The ideal windows for roofing in Crete are late spring (May-June) and early fall (September-October). These periods typically offer mild, dry weather, which is optimal for installation and material adhesion. Avoiding the peak of summer heat and the volatile spring storm season helps ensure a smoother project. Winter work is possible but often comes with delays and additional challenges due to snow, ice, and cold temperatures that can affect materials and worker safety.
Yes, the Village of Crete requires a building permit for a full roof replacement. Your roofing contractor should typically handle this process. Local codes will specify requirements for materials, especially concerning wind uplift resistance (relevant for our prairie winds) and fire ratings. Furthermore, if your home is in a historic district or governed by a homeowners association (HOA), there may be additional aesthetic guidelines you must follow regarding shingle color or material type.
Always choose a contractor who is licensed, insured (with both liability and workers' compensation), and has a verifiable physical address in Illinois. Look for established local companies with strong references and reviews from Crete or nearby towns like Steger or Monee. They should provide a detailed, written estimate and warranty. Be wary of storm-chasing contractors who appear after severe weather; a reputable local roofer understands the specific wind, hail, and freeze-thaw challenges our homes face.
The most frequent issues are wind damage to shingles, ice dam formation in winter, and leaks around flashing (the metal seals around chimneys, vents, and skylights). These are exacerbated by Crete's seasonal temperature extremes and strong winds. Prevention includes scheduling annual spring and fall inspections, ensuring proper attic insulation and ventilation to combat ice dams, and immediately addressing any minor wind-damaged shingles before water infiltration causes more significant structural damage.