Best Soil Testing Service Orange Near Me

4worldlovers: We provide engineering geology, geotechnical (soils) engineering, structural engineering and civil engineering services for flat lands and hillside properties. In addition, we provide consultation and engineering review services in the geotechnical field. Our projects include, but are not limited to, new residential and commercial developments, additions to existing structures, accessory dwelling units (ADU), swimming pools, spas, decks, and recreational facilities for residential, commercial properties, and industrial developments.

We prepare soils report for all types of projects. Residential, multi-family, commercial, industrial, and many more. Are you mass grading or developing a hillside home? Contact us to learn more about preparing a geology report. We provide cost-effective along with practical geotechnical consulting services in Southern California.

NTS employees a staff of engineers that specialize in providing cost-effective, practical engineering solutions for design of foundations, shoring, retaining walls, and pavement. We also perform in-depth geotechnical and geologic hazard evaluation such as liquefaction, lateral spreading, and expansive soils. Our team of geologists has 20+ years of experience in performing geologic mapping, drilling, and evaluation of all types of geologic hazards. They have also provided mass grading observation of over 1,000 acres of lands throughout Southern California.

NTS Civil Engineers is a sister company of NTS Geotechnical who specializing in providing a full spectrum of civil engineering services for private and public entities throughout Southern California. Our projects include residential, retail, commercial, and industrial. No job is too small for us, whether you’re building an ADU, retaining wall, addition to existing home or warehouse building, we employ highly trained and registered civil engineers to prepare civil plans for permitting.

NTS Structural Engineers has provided structural engineering solutions for numerous projects throughout Southern California. NTS engineers have partnered with many clients from residential developments to industrial construction and engineered hundreds of structures from San Diego to Los Angeles. We provide value-engineering services whether it is a wood-framed single-family residence or structural steels buildings. We employee licensed structural engineers who are ready to apply their experience and passion in engineering your next project.

4worldlovers: Anaheim Test Lab’s staff has been prompt, accurate, and helpful with providing advice and services in analysis of precious metals for us. This service is well appreciated as to the tremendous cost of these materials in Anaheim Test Labs accurate evaluation.

Anaheim Test Lab has continued to show loyalty towards Smith Emery since I started in 2000. I have not encountered any problems with test results and I always got a good turnaround time when it comes to my results and for that I will continue to do business with Anaheim Test Lab.

Anaheim Test Labs offers the best solution for your precious metal needs. Their experienced quality staff delivers excellent results analytically, while delivering a quick turnaround time. I highly recommend Anaheim Test Labs.

Anaheim Test Laboratory is a family owned business located in Irvine, CA (minutes from Irvine Spectrum) that has been established since 1995. We offer comprehensive testing services ranging from Soil to Aggregates. We are locally owned and operated by experts in the field, offering quick and accurate result with a guarantee on the quality of our work. Also as a local refiner of precious metals we are currently accepting gold, silver or platinum metals- Contact us for pricing!

4worldlovers: As an industry leader in Nondestructive and Destructive testing, Orange Coast Testing is proud to be the name that people turn to when their application requires testing with honesty, integrity and a superior attention to detail. For over 3 decades, OCTI has provided quality NDT inspection services and destructive services to a wide variety of industries, including critical fields such as aerospace and defense. Our reputation for detail and precision is further supported by our extensive accreditation and certifications, including NADCAP and ISO. In addition to our outstanding services, our company is supported by a philosophy that quality with exceptional services is our standard.


To provide further value, we offer our extensive selection of testing services with competitive pricing and extremely fast turnaround, as well as additional services, such as consultation, training, and on-site testing. For quality assurance with a proven track record and superior customer care, give us a call today.


Radiographic inspection (RT) is performed using a radioactive isotope or an x-ray tube in order to create an image on a film or in a digital format. This non-destructive testing (NDT) method is a volumetric inspection in which defects that are not open to the surface can be detected that may not otherwise be detectable. A vast array of material and products can be examined for discontinuities using radiographic inspection, ranging from tiny electronic components to large vessels.


X-Ray of castings, electronics, welds, composite materials and a variety of other products is our greatest capability.


Even with sophisticated measuring and imaging equipment, visual inspection is still a useful, relevant tool for a range of applications. Our Engaged Experts are trained to look for defects, inconsistencies, and characteristic patterns in materials, equipment and structures, helping you ensure quality and uniformity in your products and processes.


Eddy current testing is an efficient and precise non destructive test method. This type of inspection is particularly helpful to evaluate heat exchangers and aircraft parts and components.


Discontinuities are detected with custom made ET probes. EDM notched calibration standards per alloy/temper are used for known defect standards.

Liquid penetrant inspection (LPI), or dye penetrant inspection, is a reliable, efficient, and cost-effective method for detecting surface flaws of welds, castings, and other components that cannot be destroyed. LPI is a portable surface inspection method, allowing our Engaged Experts to conduct comprehensive onsite penetrant inspection.


Visible Dye and Flourescent Penetrant Inspections are utilized. Welds, castings, inservice fatigue crack detection and (with pre-penetrant etch) machined parts are processed.


Pressure Testing is a non-destructive test performed to ensure the integrity of the pressure shell on new pressure equipment, or on previously installed pressure and piping equipment that has undergone an alteration or repair to its boundary(s). Pressure testing is required by most piping codes to verify that a new, modified, or repaired piping system is capable of safely withstanding its rated pressure and is leak tight. Air, Dry-Nitrogen, oil and water are mediums used for leak and proof pressure testing.

Orange Coast Testing uses state-of-the-art equipment to perform chemical analysis of ferrous and non-ferrous materials. Either in our lab or at your site we will determine the exact chemistry of your material and, in most cases, tell you the specification and grade of the material.

Positive material identification (PMI) is a fast and non-destructive method for verifying the chemical composition of metals and alloys. Portable and cost-effective, PMI can be performed in one of our state-of-the-art labs, or in the field.

Magnetic particle inspection (MPI) is a non destructive test (NDT) method used to check for surface and near-surface discontinuities in ferrous materials. Our magnetic particle testing is performed on-site at our state-of-the-art laboratory.

Wet Fluorescent Magnetic Particle Inspection is performed usimg a 6,000 Amp (FWDC, 3 Phase) stationary unit that can test parts up to 12 ft in length.

In destructive testing (or destructive physical analysis, DPA) tests are carried out to the specimen's failure, in order to understand a specimen's performance or material behavior under different loads. These tests are generally much easier to carry out, yield more information, and are easier to interpret than nondestructive testing. Destructive testing is most suitable, and economic, for objects which will be mass-produced, as the cost of destroying a small number of specimens is negligible.