Lead and other heavy metals can be present in paint, dust, soil, water, building materials, and various environmental media. These contaminants may be found in older properties, industrial sites, renovation projects, and areas affected by environmental pollution.
We perform lead and heavy metals testing including: lead paint analysis and XRF screening and analysis, dust and surface wipe sampling, soil testing, water testing, and laboratory analysis. We test painted surfaces, construction materials, dust, soil, water supplies, and other environmental media for lead and heavy metal contamination. We use portable XRF technology and proper sampling techniques to test for potential contamination in residential, commercial, industrial and development properties.
We send all collected samples to a certified lab where they will be tested using standard methods. The lab’s results, sample location, and any important site environmental data will be reported.
Lead and heavy metals are often not visible and may remain undetected without professional testing. Environmental assessments can help identify contamination concerns, support property transactions, assist with renovation planning, and provide information needed for remediation or regulatory compliance.
Our testing services can help:
Environmental testing needs can arise at any time. That’s why our team is available 24 hours a day, 7 days a week to provide professional testing, inspections, sampling, and assessment services. Whether you need asbestos testing, mold inspections, water testing, lead analysis, or environmental consulting, we’re ready to deliver timely service and reliable results whenever it’s convenient for you.
At Red Leaf Environmental, we follow federal, state, and industry standards to deliver accurate testing, reliable results, and peace of mind.
Advanced lab testing for trace metals and contaminants using ICP-MS technology.
XRF (X-Ray Fluorescence) testing is a non-destructive method of screening painted surfaces and materials for the presence of lead and other heavy metals, without compromising the structural integrity of the material being tested.
