Identify and document fire-related particles after wildfire or structure fire events and provide clear, lab-certified data for your clients After wildfires, structure fires, or other combustion events, surfaces and indoor environments can accumulate fire-related debris. Combustion Particle Analysis helps distinguish these particles from normal dust and background materials, giving you objective data to support environmental assessments, remediation verification, or legal documentation. Common sources of combustion particles include: wildfire smoke intrusion, structure fires, post-remediation dust, and unusual residue complaints. By offering Combustion Particle Analysis through PriorityLab, you provide clients with reliable, professional lab results beyond what a visual inspection alone can reveal. Why choose PriorityLab for Combustion Particle Analysis Comprehensive particle identification — Detects combustion debris and quantifies particle type and loading. Independent, lab-certified results — Objective laboratory findings, no guesswork or approximations. Professional-grade service offering — Adds value to consulting, investigation, or insurance documentation services. Flexible sample options — Supports tape lifts, dust samples, wipes, bulk debris, and air cassettes. How to sell it to your clients “Clear answers after fire events” — Show clients whether combustion particles are present and how they compare to background debris. Post-fire or post-remediation verification — Confirm environmental conditions after wildfires, structure fires, or cleanup. Support insurance, legal, or consulting needs — Provide defensible lab results for reporting or claims. Professional differentiation — Offering combustion particle analysis positions you as a thorough, full-service environmental professional. Important Note: Before submitting samples, contact a PriorityLab representative to ensure proper collection and submission: Call 888.854.0477, email [email protected], or use the store contact form and a team member will reach out.
