At Ultra Technic Services, Inc. (UTS), we deliver top-tier construction monitoring and quality control services to ensure the highest standards of construction quality and compliance. Our team of seasoned professionals and comprehensive inspection services are designed to support a wide range of construction projects, from commercial and residential buildings to complex infrastructure installations.

Our firm is equipped with a team of four highly experienced soil and material technicians, each bringing a minimum of 10 years of professional expertise, complemented by 1 to 4 years of college education in engineering and construction management. This depth of experience ensures that our clients benefit from precise, reliable, and insightful quality control throughout the construction process.

We specialize in a broad array of inspection services, tailored to meet the needs of various construction projects, including subdivisions, commercial buildings, warehouses, office complexes, and public structures. Our services encompass:

• Stripping: Ensuring proper removal of topsoil and unsuitable materials to prepare the site for construction.
• Proof-Rolling: Assessing subgrade stability and compaction to ensure a solid foundation for subsequent construction.
• Field Moisture-Density Control Testing: Monitoring moisture content and compaction levels to verify compliance with engineering specifications.
• Visual Observation of Rock or Stone Placement: Ensuring correct installation and compaction of rock or stone materials for structural integrity.
• Footing and Floor Slab Subgrade Evaluation: Assessing the suitability of the subgrade for footings and floor slabs to prevent settlement or structural issues.

Our material testing services are comprehensive, including:

• Concrete Slump and Air Entrainment Testing: Evaluating the consistency and air content of concrete to ensure it meets mix design specifications.
• Concrete Compression Testing: Measuring the strength of concrete using cylinder and beam tests to confirm it meets required load-bearing capacities.
• Non-Destructive Concrete Testing: Utilizing methods such as the Windsor Probe and Smidth Hammer to assess concrete quality without damaging the structure.
• Concrete Mix Design: Developing and verifying mix designs to ensure optimal performance and durability of concrete used in construction.