From char to move-in. Emergency board-up within 30 minutes. Soot removal, smoke damage cleanup, suppression water mitigation, mold prevention, and full reconstruction — all under one CSLB Class B general contractor license. We bill your insurance directly. You pay only your deductible.
A fire is four overlapping disasters in one event — heat damage, smoke and soot infiltration, suppression water damage (often the result of a burst pipe or fire-hose pressure surge), and 72-hour mold risk across rooms the flames never reached. Most fire damage Los Angeles companies handle two of those layers and refer the rest to other vendors.
Instant Restoration is the fire damage company offering full fire restoration services — board-up, cleanup, soot removal, smoke remediation, mold prevention, and reconstruction — under one CSLB Class B general contractor license. IICRC S700, S500, and S520 certified. Direct insurance billing for residential and commercial fire damage cleanup, fire damage repair, and complete reconstruction across Los Angeles, Ventura, Orange County, and the San Fernando Valley.
By the time suppression water hits, four damage layers are already in motion across the entire property. Each layer requires a distinct protocol; each is on a separate timeline. Coordinated incorrectly, the rebuild scope doubles and the insurance claim stretches months. The four classification layers, mapped from initial heat to 72-hour biological risk:
| Layer | Classification | Description & Standard |
|---|---|---|
| L-01 | Heat & Char Damage Structural · Direct flame |
Direct flame contact, structural weakening of framing, melted fixtures, warped drywall and metal. Demolition of unsalvageable materials before any rebuild begins. Per IICRC S700 § 12. |
| L-02 | Smoke & Soot Infiltration · Cross-room |
Smoke and soot travel through HVAC, around door seals, and into wall cavities — into rooms the fire never reached. Three soot types (dry, wet, protein) require three protocols. Per IICRC S700 § 13. |
| L-03 | Suppression Water Saturation · Cat 1 / 2 |
Fire hose and sprinkler discharge delivers 100+ gallons per minute. By the time the fire is out, full Cat 1/2 water damage is in play. IICRC S500 protocol from minute one. Per IICRC S500 § 12–13. |
| L-04 | 72-Hour Mold Risk Biological · Onset 48–72 hr |
Water + organic material + warmth = mold growth begins within 48–72 hours. Most fire-only companies don't address it; mold often surfaces 4–8 weeks post-fire. Treated as part of the same project. Per IICRC S520 § 12. |
Fire damage restoration is engineered as eight distinct phases per IICRC S700. Each phase has its own protocol, deliverable, and documentation requirement. Insurance carriers and adjusters expect a paper trail at every step — moisture readings, photo logs, technician notes — so the claim closes cleanly while the property owner focuses on family.
Plywood board-up of broken windows and doors, tarp over roof openings, secure the property against weather and looters. Same-day fast response with 30-minute average dispatch from local LA, Ventura, and Orange County crews. Required before any insurance work can begin and before the carrier will release pre-approval funds.¹
Full property walkthrough with thermal imaging, moisture mapping, photo documentation, and air-quality sampling. Coordinated with the fire marshal and insurance adjuster. Xactimate-formatted scope of work delivered to the insurance company within 24 hours of dispatch.
Truck-mounted extractors remove standing water from suppression. Air movers and commercial dehumidifiers run twenty-four hours a day. The faster water is out, the smaller the rebuild scope and the lower the mold risk under IICRC S500 protocol.
Charred drywall, ruined insulation, warped subfloor, and melted fixtures are documented and removed. Containment goes up to keep soot from spreading further during demolition. Affected building materials are catalogued for the insurance claim.
Different soot types require different protocols (see § 3.0 — Fuel Analysis). Dry soot is HEPA-vacuumed and chem-sponged; wet soot requires solvent cleaning; protein soot from kitchen and grease fires requires enzymatic treatment. Wrong protocol on the wrong soot type causes permanent staining that no rebuild fixes.
Smoke odor doesn't disappear with surface cleaning — it permeates drywall, insulation, HVAC, fabrics, and porous contents. Hydroxyl generators, ozone treatment, thermal fogging, and full HVAC duct cleaning eliminate odor at the source. Air-quality verification on request.
Suppression water plus organic materials plus warmth equals mold growth within seventy-two hours if not treated. EPA-registered antimicrobials are applied to all wet materials. This step is the difference between a clean recovery and a second remediation project six weeks later.
Drywall, framing repair, insulation, paint, flooring, cabinetry, and MEP — all in-house under our CSLB Class B General Contractor license. Same project manager from the first board-up to the final walkthrough. One contract. One warranty. Move-in ready.
Most fire damage cleanup companies use a single wipe-down protocol on every job. That is how soot gets pushed deeper into materials, walls become permanently stained, and protein residue corrodes appliances over weeks. IICRC S700 protocol identifies fire fuel type first — wood, plastic, or kitchen grease — then chooses the cleaning method. The wrong protocol equals permanent damage that no rebuild fixes.
| Type | Source / Fuel | Difficulty | Cleaning Protocol |
|---|---|---|---|
| DRY Powdery, light |
Wood, paper, fabric, dry organic | Moderate | HEPA vacuum followed by dry chem sponge before any wet cleaning. Hit it wet first and the soot smears into permanent staining. |
| WET Sticky, smearing |
Plastics, synthetics, rubber | High | Solvent-based cleaners on porous surfaces. Wipe wrong and the soot spreads further. Often staining is permanent on porous materials regardless of effort. |
| PROTEIN Yellowish, invisible |
Kitchen fire, grease fire, food | Very High | Enzymatic treatment plus ozone or hydroxyl generators. Strongest odor of any soot type. Coats every surface evenly. The hardest type to remediate properly. |
Fire damage does not stay where the flames went. Smoke, soot, and water travel into cavities and systems that homeowners and DIY restoration miss entirely. The following secondary hazard zones are inspected on every IR fire damage repair, and are the reason DIY fire damage cleanup leaves problems that surface weeks or months after the event.
Ducts pull smoke and soot from the fire zone into every room. Surface cleaning misses it. Full duct cleaning, filter replacement, and UV-C treatment are required after any structural fire — the air handler will keep redistributing soot otherwise.
Smoke permeates insulation through outlet boxes, light fixtures, and structural gaps. Insulation absorbs odor permanently. Almost always replaced after Cat 2 smoke exposure regardless of cosmetic appearance.
Suppression water saturates subfloor while the top floor looks dry. Mold growth begins in the joist bay within seventy-two hours. Always thermal-imaged and moisture-checked before any rebuild begins.
Heat-damaged insulation on wiring causes electrical fire risk later. Soot in outlets and panels causes corrosion. Every affected circuit gets isolated, tested, and often replaced before re-energizing.
Furniture, clothing, books, electronics — soot infiltrates fabric and plastic across multiple rooms. Most can be saved with proper packout and cleaning. DIY decisions to throw items out cost property owners thousands of dollars in salvageable goods.
Smoke rises and concentrates in attic insulation, rafters, and roof decking. Often missed by cleanup focused on living areas. Structural integrity of roof framing also needs inspection if the fire was structural.
Fire claims are the most paperwork-intensive insurance claims homeowners ever face. Carriers expect Xactimate scopes, daily moisture readings, photo logs, and IICRC-certified documentation. Our insurance claims process is engineered for adjusters and insurance professionals — every step documented, nothing left for the carrier to question.
A fire restoration specialist can do soot, smoke, and odor. A water mitigation company can do suppression water. A general contractor can do rebuild. Most fires require all three. Property owners normally end up coordinating two or three vendors with different timelines and different insurance conversations. We are CSLB Class B plus IICRC S700/S500/S520 — every layer covered under one project, one project manager, and one contract.
Each city we cover has its own dedicated fire damage restoration page with neighborhood-level fire risk notes and insurance carriers. Tap a row to go deeper.