Hard Contents Cleaning Services in Los Angeles and Orange County

Hard contents — kitchenware, dishes, decorative items, glass, ceramics, framed art, electronics, hard-surface furniture, metalwork, lamp bases — survive fires and floods better than soft contents but still carry damage that surface cleaning misses. Soot bonded to glass etching. Smoke residue in ceramic textures. Corrosion forming on electronic circuit boards. Save The Day Restoration provides ultrasonic cleaning, electronics-grade detail cleaning, and surface-specific protocols across Los Angeles and Orange County to restore hard contents that look passably clean but carry damage that compromises their condition or safety. Call (562) 246-9908 for hard contents cleaning anywhere in Southern California.

Why Surface Cleaning Misses Most of the Damage

The intuition for hard contents after a fire or water event is that you can wipe them down and they're fine. The intuition is wrong. Soot from structure fires bonds to surface texture at a level visual inspection can't detect — the dish looks clean but the soot is in the glaze, in the cup ridges, in the edges of the etched glass. Same for the texture of a ceramic vase, the surface of a stainless-steel pot, the etching on a framed mirror, the keyboard of a laptop. Surface wiping moves the visible residue but leaves the embedded contamination. The result is items that look clean but smell permanently of smoke when warmed, or that develop discoloration and corrosion as embedded soot continues acting on the underlying material.

Professional hard contents cleaning addresses this by using techniques that reach into surface texture and crevices that visual cleaning can't access. Ultrasonic cleaning is the primary method — items are submerged in a cleaning solution agitated by high-frequency sound waves that penetrate every crevice and texture detail. Detail cleaning by hand handles items that can't go in ultrasonic baths (anything with internal electronics, certain finishes, glued assemblies). Electronics receive their own specialized protocol. Each method is matched to the item type and the contamination present.

Ultrasonic Cleaning Explained

Ultrasonic cleaning uses sound waves above the human-audible range to create microscopic cavitation bubbles in a cleaning solution. The bubbles form and collapse against the surface of submerged items, releasing energy that breaks bonds between contaminants and surface material. The effect is that the cleaning solution reaches every part of the item's surface — including the inside of cups, the texture of carved decoration, the edges of etched glass, and the crevices of complex shapes — without any mechanical scrubbing that could damage finishes.

Items that respond best to ultrasonic cleaning include kitchenware (dishes, pots, utensils, cookware), decorative ceramics, glass, certain metalwork, jewelry without delicate stones or porous mounts, and items with intricate surface texture. The cleaning solution and ultrasonic frequency are matched to the item type — a ceramic dish receives a different cycle than a piece of jewelry or a metal lamp base. Multiple-cycle treatments may be required for heavily contaminated items, particularly anything that's been through a structure fire where soot is densely packed into surface texture.

Electronics Restoration Within the Corrosion Window

Electronics deserve special mention because the restoration window for damaged electronics is narrow. Soot on a circuit board begins causing permanent corrosion within days of fire damage. Moisture exposure causes electrolytic corrosion at electrical contacts within hours of water exposure. The restoration math is direct: clean within the window and most electronics can be saved. Wait beyond the window and most electronics become replacement claims.

Our electronics cleaning protocol applies to TVs, computers, monitors, audio equipment, gaming systems, kitchen appliances, smart home devices, and most consumer electronics. Items are disassembled to the level appropriate for cleaning — circuit boards exposed, casings separated, connectors accessible — then cleaned using anti-static protocols and electronics-safe solvents. Ultrasonic cleaning works for some electronics components but not all; portable electronics with sealed batteries, OLED displays, and certain circuit board assemblies require alternative methods. After cleaning, items are dried in dehumidification chambers that prevent moisture reformation, then reassembled and tested for function.

Electronics that cannot be restored typically have heat damage that warped internal components, water damage where corrosion has been allowed to progress past the restoration window, or impact damage that cracked circuit boards or display assemblies. These items get documented for replacement claims with detail that supports full replacement value rather than depreciated value.

Kitchen Items and Food-Safety Re-Certification

Kitchenware is its own category because items that contact food have to be safe to use again, not just visibly clean. Smoke-damaged dishes that have been cleaned still need to be verified for food contact safety. Cookware that absorbed smoke during a fire needs to be evaluated for residual contamination. We follow the protocols that California health code uses for restaurant restoration after fires, applied to residential kitchenware.

The protocol includes ultrasonic or detail cleaning, food-safe rinse cycles, food-contact-surface inspection (looking for residual contamination invisible to surface cleaning), and final approval by trained restoration personnel. Items that fail inspection get re-cleaned or, if cleaning can't bring them to food-safe condition, get documented for replacement. Cast iron, vintage cookware, and items with non-stick coatings each get their own variation of the protocol because the materials respond differently to fire and water exposure.

Glass, Mirrors, and Framed Art

Framed art, mirrors, and decorative glass require detail cleaning rather than ultrasonic — the framing, the mounting, and any backing materials make ultrasonic submersion impractical. Detail cleaning of glass and mirrors uses specialized solvents that remove smoke residue without leaving streaks or affecting silvering on mirrors. Frames are addressed separately by material — wood frames get their own treatment, gilt frames get specialty handling, metal frames get appropriate protocols. Soot on glazed art requires careful work because the surface protection of the glass keeps the underlying art safe but the glass itself can carry significant residue that's difficult to remove without damage to the surrounding frame.

For items insured separately on fine arts riders, we coordinate with the rider's specific cleaning requirements and any appraiser on file. Original artwork beyond standard glazing protection — oil paintings, drawings, photographs in archival framing — typically goes to specialty conservation rather than our standard cleaning workflow. We facilitate that handoff and document the items appropriately for the contents claim.

Coverage and Cost

Hard contents cleaning is covered under Coverage C of your homeowner's insurance like the rest of pack-out. We bill per-item or per-category based on cleaning method required, contamination type, and item complexity. Ultrasonic cleaning has the lowest per-item cost. Electronics receive higher per-item rates due to the disassembly and specialty handling. Detail cleaning of complex items like framed art or carved furniture is priced based on the time and materials required.

The total is documented in Xactimate line items and billed direct to your insurance carrier. Most homeowners pay only their policy deductible regardless of the volume of hard contents in scope. The clear economic case is that restoring a $3,000 sofa or saving a $2,500 TV through professional cleaning costs a fraction of replacement — which is why insurance carriers actively support pack-out hard contents cleaning rather than defaulting to full replacement claims.