Neutralizes Tannery Aldehydes
Targets both free formaldehyde and glutaraldehyde retained from leather syntan retanning processes.
01 / 05 · Studio PackshotTannery Odor & Aldehyde Conditioning Balm
botouseneco Luxury Leather & Upholstery VOC Conditioning Cream is a cosmetic-grade B2B leather balm that simultaneously neutralizes residual tanning aldehydes (HCHO, glutaraldehyde), DMF/toluene finish solvents, and pungent hide odors while nourishing top-grain leather sofas, executive seating, and luxury car interiors. Applied at 8–12 g/m², it dries to a supple, non-greasy matte finish.
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01Overview
Safe, nourishing VOC and odor abatement for high-value leather sofas, hospitality seating, and executive suites.
New leather sofas, upholstered bed frames, and executive office chairs are major sources of indoor aldehydes and pungent chemical odors due to syntan/aldehyde tanning agents and polyurethane/nitrocellulose topcoats dissolved in dimethylformamide (DMF) and toluene. Spraying water-based sprays directly onto fine aniline or Nappa leather can strip natural oils and leave water rings. botouseneco Luxury Leather & Upholstery VOC Conditioning Cream solves this with an oil-in-water lanolin and jojoba micro-emulsion enriched with lipophilic aldehyde scavengers and cyclodextrin odor traps.
Targets both free formaldehyde and glutaraldehyde retained from leather syntan retanning processes.
Eliminates the sharp chemical smell of new leather sofas and PU-coated upholstery within 24 hours.
Matches the natural acidic pH of genuine leather to prevent cracking, fading, or surface tackiness.
Leaves leather supple and breathable with its original factory matte sheen—never slick or greasy.
Reaction mechanism
Natural lanolin and jojoba esters carry active amine-functionalized scavengers and cyclodextrin inclusion complexes gently into the leather's microscopic collagen pores—binding free formaldehyde and glutaraldehyde while encapsulating volatile DMF and aromatic finish solvents without clogging leather breathability.
Reaction pathway
Lanolin/Jojoba Emulsion + BTEX/Aldehyde Trap02Technical data
Published factory QC parameters for engineering submittals, tenders and procurement files, grouped the way distributors list them.
English TDS, GHS-format SDS and a batch COA for Leather VOC Conditioning Cream.
Request documents| Active Components | Pharmaceutical lanolin, jojoba esters, lipophilic aldehyde scavenger, β-cyclodextrin |
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| Physical Form & pH | Rich ivory conditioning cream / balm; leather-safe pH 5.0 – 5.5 |
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| Grade | Fine Millwork, Veneer & Luxury Leather Preservation Grade |
| CAS number(s) | 8006-54-0 (Cosmetic Lanolin / Jojoba Esters) · Lipophilic Aldehyde Scavenger & β-Cyclodextrin Complex (per SDS Section 3) |
| Odor | Natural mild beeswax & botanical oil note |
| Density | 0.94 - 0.98 g/cm³ (20 °C) |
| Viscosity | 4,500 - 8,000 mPa·s (Thixotropic non-drip cream at 25 °C) |
| Flash point | > 95 °C (Closed cup, non-regulated) |
| Solubility | Emulsifiable dispersion (Water-free / low-moisture surface barrier) |
| VOC content | < 15 g/L (Zero aromatic solvents) |
| HS code | 3405.20.0000 |
| Target Pollutants | Formaldehyde, Glutaraldehyde, DMF (Dimethylformamide), Toluene, Tannery Odors |
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| Recommended Dosage | 8 – 12 g/m² applied via microfiber sponge |
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| Packaging Options | 300g retail/service jars, 1kg / 5kg B2B tubs |
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03Application
Isoelectric pH 5.2 formula protects collagen fibers against stiffening.
Unlike alkaline cleaners (pH >8) that embrittle leather, Luxury Leather & Upholstery VOC Conditioning Cream is buffered at pH 5.0–5.5. Wipe dust from leather seams and piping first, massage a thin coat into cushions and backrests, and buff to a natural satin-matte feel.
Record initial HCHO/TVOC readings (mg/m³), room temperature (°C), relative humidity (% RH), and closure window (1h vs. 12h).
Identify whether off-gassing stems from urea-formaldehyde MDF/particleboard, phenolic plywood, solvent lacquers, or textile backings.
Calculate total surface area (m²) of panels, walls, and ceilings to determine exact liquid volume (ml/m²) and nozzle gauge (0.5mm–1.0mm).
Confirm sample evaluation batch, TDS/MSDS export documentation, and commercial drum sizing (1L / 5L / 20L / 25L / 200L).
pH 5.0–5.5 balanced to match natural leather collagen; do not use on raw suede/nubuck
04Safety, handling & compliance
Hazard classification, storage and transport data follow the product's safety data sheet. Request the SDS for the full 16-section document.
pH 5.0–5.5 balanced to match natural leather collagen; do not use on raw suede/nubuck
Protective equipment: Nitrile gloves and microfiber applicator pad during manual buffing.
Non-Dangerous Goods (Non-DG) for sea, air, and road freight (Not regulated under IMDG, IATA, or ADR).
Certificate copies and full test reports are shared with buyers on request. Request copies · Quality & certifications
| Test | Standard | Laboratory | Result |
|---|---|---|---|
| 24h Closed-Chamber Pollutant Abatement | EN 717-1 Chamber Flux & ISO 2409 Surface Gloss Retention | CMA/CNAS Accredited Environmental Lab & botouseneco QC Center | 88.5% surface HCHO & aldehyde flux reduction with zero leather stiffening |
| Substrate Corrosion, pH Neutrality & Zero-Stain Verification | GB/T 18883 Annex & ISO 2409 Surface Integrity Protocol | botouseneco Botou R&D Lab (Supervised by Jyen) | Pass (pH 5.0-5.5 collagen-balanced; 0% yellowing, cracking, or silicone glaze) |

05Ordering & logistics
06Documents
Every shipment travels with these documents. Download them here when available, or request the current version from our engineers.
07Dosage
Based on the published coverage for Leather VOC Conditioning Cream: 8 – 12 g/m² (one 300g jar treats 25–35 m² of leather upholstery).
Published coverage: 8 – 12 g/m² (one 300g jar treats 25–35 m² of leather upholstery)
Use 2–3 passes for raw high-density board or heavy TVOC loads.
Estimated quantity
2.4–3.6kg
8–12 g/m² × 300 m² × 1 pass
Estimate from the published coverage range. Real consumption depends on substrate porosity, nozzle size and baseline readings — our engineers confirm it with your quote.
08Questions
Yes. Spread the cream thinly onto the microfiber applicator pad first so it coats the leather surface evenly without plugging ventilation pinholes.
Engineering journal
Step-by-step dosing schedules, chamber test datasets and substrate compatibility guides written by our Botou formulation and QC team.
All 66 engineering guidesZone-matched automotive interior VOC guide for perforated cooled Nappa leather seats and Alcantara suede trim at 8 to 12 g/m2 without plugging 1.0 mm fan holes.
Step-by-step EV cabin air detox guide to abating acetaldehyde, acrolein, HCHO, DMF from vegan PU leather, and styrene from battery-floor adhesives and NVH foam under 68 C solar baking.
Step-by-step leather IAQ guide to neutralizing tannery glutaraldehyde, lipid-oxidation hexanal, and PU finish dimethylformamide (DMF) on automotive Nappa leather and hotel sofas at 8 to 12 g/m2 using pH 5.0 to 5.5 lanolin-jojoba conditioning cream.
Step-by-step 20-minute automotive cabin air detox guide for 4S dealerships and detailing chains using a 250 mL amino-cyclodextrin mist and 120 g 75 C heat-stable cup-holder gel to pass GB/T 27630 and VDA 275/276 checks.
Factory-direct supply
Request a sample with the English TDS and SDS, or send your project size for a bulk or private-label quotation of Leather VOC Conditioning Cream.