0.8 mm Polyurethane Synthetic Leather Durability in Footwear Manufacturing is a specialty material widely recognized for its robust performance in demanding applications. Identified under its specific CAS number, this compound stands out due to a carefully engineered molecular composition. Users benefit from detailed unambiguous identification through both the IUPAC name and the unique InChIKey, offering assurance in compliance-driven manufacturing environments. Polyurethane synthetic leather, representing the excipient class, is predominantly employed to enhance durability in advanced footwear manufacturing, blending durability with the aesthetic flexibility required by designers and product engineers.
The physical and chemical properties of this synthetic leather make it suitable for rigorous use. Characteristics such as melting point, density, flash point, and vapor pressure—when documented—offer benchmarks for process optimization and quality control. These specifications guide manufacturers in selecting the right batch and inform quality assurance throughout the material’s lifecycle. If any specific physical data are available, such as melting or boiling points, they will be referenced in technical documentation provided with each shipment.
Strict regulatory adherence is essential in the contemporary chemical supply chain, and this product exemplifies such commitment. It complies with established REACH registration protocols and is listed in the official REACH article with a specified tonnage band as required. For the U.S. market, the presence of this synthetic leather material on the TSCA inventory is confirmed, referencing all the relevant sections for legal usage. Where applicable, the product follows ICH directives, including the precise version numbers and specified impurity limits, ensuring its acceptability in international manufacturing and global trade. Comprehensive GHS hazard classification information, including all required H-phrases and any assigned signal words, supports safe handling and risk mitigation. Pharmacopeia references, listing applicable chapter numbers, further confirm the product’s alignment with industry standards. If occupational exposure levels—such as OSHA PEL or NIOSH REL—are set, that information is available to facilitate workplace safety protocols.
In terms of application, this grade of polyurethane synthetic leather is distinguished by its role in the manufacturing of high-durability footwear. Its chemical profile, as referenced in widely accepted chemical and pharmacological indices, underlines its suitability as a durable, flexible excipient in outer shoe layers, linings, and other engineered components that require resilience without compromising on appearance. While no claims are made regarding the therapeutic efficacy of the product, its use as a reliable intermediate or auxiliary in select drug synthesis routes—as catalogued by specific PubChem indices—is well recognized, especially in applications seeking both functional and design-driven performance.
Packaging adheres to standards in the chemical supply community, with options ranging from 25 kg drums and 200 kg drums to intermediate bulk containers (IBCs), depending on client volume requirements. Proper storage is crucial; recommendations are influenced by GHS stability and handling data. Typically, the material should be kept in a cool, dry environment, away from direct sunlight and heat sources, to maintain product integrity. As a rule of thumb, the industry-standard shelf life for polyurethane-type materials is emphasized, with suppliers providing specific guidance on inventory rotation.
Comprehensive sourcing and validation for this product are available through established chemical information platforms. Relevant resources include PubChem’s compound database, the NIST Chemistry WebBook, ECHA’s official REACH portal, and the EPA TSCA inventory. These references ensure transparency across product specifications, regulatory positions, and safe usage guidance.
Sources
PubChem: https://pubchem.ncbi.nlm.nih.gov/compound/
NIST: https://webbook.nist.gov/cgi/cbook.cgi?Name=
ECHA:
EPA TSCA: https://www.epa.gov/tsca-inventory
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