Certified Lab Analysis · Ships Worldwide

60-Second Air Quality Test
Works with any vacuum cleaner

VacuTrace™ measures total airborne ionic chemicals (µg/m³) — salts and acids that dissolve in moisture, contributing to corrosion, hygiene issues, and poor air quality.

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VacuTrace sampler being used with a vacuum cleaner to collect airborne contamination

Everything Included —
No Hidden Costs

Kit price includes worldwide priority post shipping, prepaid return postage, and a detailed expert lab report.

  • Quantitative lab analysis of key ionic contaminants
  • Chloride, nitrate, sulfate — from outdoor pollution & traffic
  • Ammonium compounds — from cleaning agents
  • Sodium, potassium, calcium, magnesium
  • Acidic / alkaline residues from building materials & processes

Interested in pricing? Contact us for a quote or a free environmental consultation.

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How VacuTrace™ Works

Three simple steps — from sample collection to results in your inbox.

1

Collect Sample

Use the patented card-sized sampler with any vacuum cleaner — takes only 60 seconds. No special skills needed.

View Instructions
2

Mail It Back

Place the sampler in the prepaid return envelope included in your kit and drop it in any mailbox — worldwide return postage covered.

3

Get Your Results

Receive your detailed digital lab report by email — usually within a few working days of the lab receiving your sample.

View Sample Report

Why Test for Ionic Airborne Contamination?

Ionic air contamination refers to microscopic dust particles carrying electrically charged chemical residues — salts, acids, bases, and other ion-forming compounds.

These residues settle on surfaces, get inhaled, or affect sensitive equipment. Once they contact moisture, they become chemically active — causing real, often hidden problems.

Professional labs routinely test dust for ionic content because it is one of the most powerful indicators of indoor environmental stress and hidden damage risk.

  • Moisture attraction

    Ionic residues attract and hold moisture, creating sticky films on surfaces.

  • Corrosion of metals & electronics

    Accelerates degradation of HVAC systems, circuit boards, and metal fittings.

  • Microbial growth

    Promotes bacteria, mold, and biofilm development in moist environments.

  • Health irritation

    Irritates skin, eyes, and airways — especially in sensitive individuals.

  • Material degradation

    Degrades plastics, coatings, textiles, and other materials over time.