OMNI Engineering a CRH Company is a reputable asphalt contractor located in Omaha, Nebraska. Specializing in asphalt paving and related services, the company serves both residential and commercial clients throughout the area. From its base at 14012 Giles Road, OMNI Engineering focuses on delivering quality workmanship and dependable service for a variety of paving projects. The team works closely with customers to ensure that each project meets specific needs and adheres to industry standards.
As an asphalt contractor, OMNI Engineering handles tasks ranging from new pavement installation to repairs and maintenance. Their expertise includes site preparation, grading, and asphalt laying, supported by modern equipment and experienced personnel. The company’s approach emphasizes precision and durability, aiming to provide surfaces that withstand heavy use and Nebraska’s varying weather conditions. Whether addressing small patch repairs or large-scale paving jobs, the company maintains a consistent focus on quality control and customer satisfaction.
Located in the 68138 postal code area, OMNI Engineering offers accessibility and responsiveness to the Omaha community. Clients can reach out by phone at 402-895-6666, where inquiries are handled with professionalism and attentiveness. Operating primarily on weekdays and extending service hours into Saturday mornings, the business accommodates a flexible schedule to meet client demands. The company’s local presence and commitment to service help position it as a reliable choice for asphalt contracting needs in the region.
With a comprehensive understanding of asphalt materials and installation techniques, OMNI Engineering contributes to the infrastructure and aesthetic improvement of Omaha’s roads, parking lots, and driveways. The company integrates practical knowledge with customer-focused communication to deliver projects that align with client expectations and regulatory requirements. OMNI Engineering continues to support the community by providing essential paving solutions designed for long-term performance and functionality.
