Testing & Accreditations
Every CitroTech formulation is backed by independent laboratory testing and third-party certification — meeting or exceeding the highest fire performance, safety, and environmental standards.
Our Mission
Built on Science
From EPA Safer Choice recognized to ASTM performance, CitroTech’s chemistry has been independently validated by industry-recognized organizations. Each test and certification ensures that our products perform as promised — delivering effective, environmentally responsible fire protection for both vegetation and structural wood.
Certifications & Testing
Our products undergo rigorous third-party testing to ensure the highest standards of safety and performance.
EPA Safer Choice
Recognized by the U.S. Environmental Protection Agency for using safer chemical ingredients that meet stringent human and environmental health criteria.
UL GREENGUARD Gold
Certifies low chemical emissions for safe use in occupied environments.
DrJ Engineering Technical Evaluation Report (TER 2504-101)
Evaluates compliance with International Building Code (IBC) and International Residential Code (IRC) fire-protection requirements.
ASTM E84 & ASTM E2768 Extended Test
Standard tests measuring flame spread and smoke development for building materials. CitroTech 34 achieved a 30-minute Class A rating.
QAI Independent Laboratory Verification
Confirms fire performance data through third-party testing under controlled lab conditions.
Still Meadow Aquatic Toxicity Test (96-Hour Trout & Minnow)
Determines product safety for aquatic environments. CitroTech 31 is non-toxic (LC₅₀ > 750 mg/L).
Our Feature
Safe for People, Pets, and the Planet
CitroTech’s chemistry has been reviewed under EPA and UL frameworks for toxicity, emissions, and environmental safety — ensuring it performs without compromising health or ecosystems.
- No PFAS
- No phosphates or halogens
- Biodegradable formulation
- Verified non-toxic to fish and aquatic life
- Meets stringent indoor/outdoor air quality standards
Test Results Summary
Measures flame spread and smoke development.
SummaryEvaluates 30-minute sustained fire exposure.
SummarySimulated vegetation ignition under ember load.
Summary