☣️ UN 2869 • CLASS 8

UN 2869 — Titanium trichloride mixture

Placard: Corrosive. ERG Guide 157. Training/quick-reference only — use current ERG + SOP/SOG for incident-specific actions.

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⚠️ Verification required: Broad or variable material category; verify exact product, SDS and shipping papers.
⚠️ This page is a quick-reference aid. For real incidents: stage upwind, isolate, deny entry, request Hazmat early, and consult the current ERG + SOP/SOG.

Titanium trichloride mixture requires dry, cautious hazmat handling because moisture, dust, or damaged packaging can change the incident quickly. Verify the exact product condition before applying water or moving containers.

Hazard overview: The key hazards for Titanium trichloride mixture are reactive fire behavior, toxic or corrosive fumes, and contaminated runoff. Fine particles, damaged devices, or wet material can be much more dangerous than intact product.

Response guidance: Isolate the release, keep water away from reactive material, remove ignition sources, and monitor for hydrogen or acid gases where relevant. Use dry sand, dry powder, lime, soda ash, or other compatible dry media only when appropriate to the exact material.

Firefighter training notes: Training should focus on moisture exclusion, dry extinguishing media, gas monitoring, and withdrawal distances for UN 2869.

Regulatory context: Verify the SDS, shipping papers, packaging condition, and ERG 157 before selecting water, neutralization, or cleanup tactics.

Storage & handling: Store dry and tightly closed, away from water, humidity, incompatible acids/bases, oxidizers, fuels, and ignition sources as specified by SDS.

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UN 2869 Quick Details

UN 2869
Product name: Titanium trichloride mixture
DOT Class: 8
Placard type: Corrosive
ERG Guide: 157 (check current ERG)
Initial isolation: ERG 157: isolate spill 25-50m all directions; if fire or water-reactive threat, isolate 800m and consider evacuation 1600m downwind

Common Hazards of UN 2869

  • Water or moist air can create heat, corrosive fumes, flammable gas, or re-ignition risk depending on the material.
  • Contact can injure skin, eyes, and respiratory tissue; fumes may collect in low or confined areas.
  • Fire may produce toxic or irritating decomposition products.
  • Containers or devices may rupture when heated or contaminated.
  • Direct water, foam, or incompatible agents can worsen the incident for released reactive material.
  • Runoff can become corrosive or contaminated and should be contained.
  • Use SDS, shipping papers, and monitoring before selecting final tactics.

Chemical Identity & Physical Properties

Purple to dark violet crystalline solid or powder. Hygroscopic material that fumes in moist air, producing irritating hydrogen chloride gas

Also known asTitanium(III) chlorideTrichlorotitaniumTitanous chlorideTiCl3
CAS Number7705-07-9
AppearancePurple to dark violet crystalline solid or powder. Hygroscopic material that fumes in moist air, producing irritating hydrogen chloride gas.
Flash PointNot applicable (non-flammable solid)
Boiling PointNot applicable (decomposes before boiling)
Vapor DensityNot applicable (solid material)
Water ReactivityReacts violently with water releasing heat and toxic/corrosive hydrogen chloride fumes; DO NOT use water directly on material
Chemical details are general reference only. Always verify with current SDS, ERG, and SOP/SOG.

Fireground Response Guidance — UN 2869

Extinguishing Media

Dry chemical, soda ash, lime, sand; NO WATER or aqueous agents

PPE Requirements

⚠️ Level B minimum with full face SCBA; chemical-resistant suit, gloves, and boots required; avoid all contact

Use SCBA with chemical- and heat-protective clothing. Specialist metal-fire or water-reactive tactics may be needed, and distance remains part of PPE.

Isolation & Evacuation

ERG 157: isolate spill 25-50m all directions; if fire or water-reactive threat, isolate 800m and consider evacuation 1600m downwind
Always confirm protective actions with the current edition of the Emergency Response Guidebook (ERG Guide 157).

First Actions for a UN 2869 Incident

  • Call 911 and the emergency response number shown on shipping papers or the SDS.
  • Keep unauthorized personnel away and isolate the area from ignition and moisture sources.
  • Stay upwind, uphill, and upstream; avoid low areas where corrosive fumes or hydrogen may collect.
  • Avoid breathing fumes and prevent all skin and eye contact with material or runoff.
  • Do not touch containers or residue without SCBA and chemical-resistant PPE.
  • Do not apply water directly to the material unless specialist guidance confirms it is safe.
  • Use ERG guidance, SDS, shipping papers, and monitoring for hydrogen, acid gases, and oxygen levels.
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📋 Copy & Share Field Card

UN 2869 — Titanium trichloride mixture
HAZMAT RADIO NOTE — UN 2869 Product: Titanium trichloride mixture Class 8 / Corrosive / ERG 157 PPE: Level B minimum with full face SCBA; chemical-resistant suit, gloves, and boots required; avoid all contact ISOLATION: ERG 157: isolate spill 25-50m all directions; if fire or water-reactive threat, isolate 800m and consider evacuation 1600m downwind ACTION: Stage upwind · Isolate · Deny entry · Request HazmatRADIO

Use for: Quick radio or face-to-face size-up. Short, structured, field-ready.

SMS WhatsApp
=== IC HAZMAT BRIEFING === UN 2869 — Titanium trichloride mixture Class: 8 | Placard: Corrosive | ERG Guide: 157 Appearance: Purple to dark violet crystalline solid or powder. Hygroscopic material that fumes in moist air, producing irritating hydrogen chloride gas. Water Reactivity: Reacts violently with water releasing heat and toxic/corrosive hydrogen chloride fumes; DO NOT use water directly on material Extinguishing: Dry chemical, soda ash, lime, sand; NO WATER or aqueous agents PPE: Level B minimum with full face SCBA; chemical-resistant suit, gloves, and boots required; avoid all contact Isolation: ERG 157: isolate spill 25-50m all directions; if fire or water-reactive threat, isolate 800m and consider evacuation 1600m downwind — Key Hazards — • Water or moist air can create heat, corrosive fumes, flammable gas, or re-ignition risk depending on the material. • Contact can injure skin, eyes, and respiratory tissue; fumes may collect in low or confined areas. • Fire may produce toxic or irritating decomposition products. — First Actions — • Call 911 and the emergency response number shown on shipping papers or the SDS. • Keep unauthorized personnel away and isolate the area from ignition and moisture sources. • Stay upwind, uphill, and upstream; avoid low areas where corrosive fumes or hydrogen may collect. • Avoid breathing fumes and prevent all skin and eye contact with material or runoff. SOURCE: allfirefighter.com/hazmat/un/titanium-trichloride-mixture-un-2869 | Always use current ERG + SOP/SOGIC BRIEFING

Use for: Incident command briefing, staging area whiteboard, or pre-entry team brief.

SMS (short)
UN2869 Titanium trichloride mixture Cls8 ERG157 | allfirefighter.com/hazmat/un/titanium-trichloride-mixture-un-2869SMS / 160 CHAR

Use for: Quick text to command or incoming units. Fits in a single SMS.

⚠️ Quick-reference only. Always use current ERG + SOP/SOG for incident-specific actions. Page: https://allfirefighter.com/hazmat/un/titanium-trichloride-mixture-un-2869

Related UN Numbers in Class 8

Discovery block for training / quick reference. Always consult the current ERG + your SOP/SOG for operations.
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Frequently Asked Questions about UN 2869

Yes or potentially, depending on condition and exact product; avoid direct water on released material until specialist guidance is confirmed.

Hydrogen, acid gases, corrosive fumes, or metal oxide fumes may be possible depending on the material.

Dry sand, dry powder, lime, soda ash, or compatible dry agents may be needed; verify with SDS and ERG guidance.

Monitoring helps confirm flammable gas, acid gas, oxygen level, and safe entry conditions.

SCBA with chemical-resistant and heat-protective clothing is required for release or fire conditions.
Sources (high level): DOT/PHMSA marking & class concepts + ERG usage principles. This page does not reproduce ERG guide text—always consult the current ERG for incident-specific protective actions.