Formaldehyde Resin Selection for Laminated Wood Panel Manufacturing is a key chemical material widely used in engineered wood products. Its recognized CAS number serves as a reference for supply chain professionals and regulatory agencies. The product is characterized by its molecular formula, which defines its elemental composition, and its specific molecular weight, ensuring consistency in formulation and application. IUPAC nomenclature facilitates unambiguous chemical identification, and the InChIKey provides a unique digital identifier essential for sourcing, procurement, and compliance in a global context. This formaldehyde resin functions within the industrial landscape as a vital chemical reagent, underlying its central role in adhesion and panel strength during wood panel manufacturing processes.
In terms of its physical and chemical specifications, formaldehyde resin selection for laminated wood panel manufacturing is described by detailed characteristics including density, melting point, and, if provided, boiling point, flash point, and vapor pressure. These properties are fundamental for process engineers to establish optimal manufacturing parameters and ensure safety throughout handling and production. The combination of these traits defines its suitability for hot-press lamination, adhesive curing profiles, and the stability required during storage and transportation.
Regulatory compliance forms a cornerstone of formaldehyde resin supply. The product is subject to REACH registration, with a status corresponding to its tonnage band and relevant article number. It is also listed on the TSCA inventory, as indicated with a specific section reference. A thorough compliance profile is maintained through adherence to ICH guidelines, referenced by the complete code and revision, and explicit mention of permissible content limits where applicable. The product’s hazard communication aligns with the GHS system, specifying the official hazard classification, including all relevant H-phrases, and employing the appropriate signal word for workplace safety. Any pharmacopeial recognitions, accompanied by chapter numbers, and occupational exposure limits prescribed by OSHA or NIOSH—if those values are available—are carefully observed in documentation and guide safe handling.
This resin finds critical applications in the production of laminated wood panels thanks to its robust bonding properties. Its classification as a reagent highlights its central role in industrial chemistry, particularly in engineered wood and furniture sectors, rather than in direct synthesis of pharmaceuticals. Formaldehyde-based resins may occasionally intersect with the pharmaceutical industry as intermediates in the manufacture of equipment, but not as a direct route in drug substance synthesis; therefore, no claims about therapeutic efficacy are appropriate.
Packaging of formaldehyde resin for industrial use typically follows the sector’s most reliable formats: industry-standard 25 kg drums, larger 200 kg drums, or intermediate bulk containers (IBCs) depending on production scale and logistics requirements. Consistent with its GHS stability and materials handling profile, the resin should be stored tightly sealed in a cool, well-ventilated place, away from heat and incompatible materials. Shelf life generally conforms to industry expectations for resins, with appropriate rotation and inventory management ensuring product integrity.
Reference data for specifications and compliance is available through respected resources such as PubChem, NIST, the European Chemicals Agency (ECHA), and the EPA TSCA inventory. These sources provide foundational material for further inquiry:
PubChem at https://pubchem.ncbi.nlm.nih.gov/compound/
NIST via https://webbook.nist.gov/cgi/cbook.cgi?Name=
ECHA at their formaldehyde substance page
EPA TSCA inventory at https://www.epa.gov/tsca-inventory
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