TEAc-8
Acrilato de 2-perfluorooctiletila
Número CAS: 27905-45-9
Fórmula molecular: C8F17CH2CH2OOCCH=CH2
Peso molecular: 518,17
Nº EINECS: 248-722-7
Campos de aplicativos
Um importante intermediário na produção de agentes de proteção de superfície, amplamente utilizado em têxteis, revestimentos e surfactantes contendo flúor.
Embalagem e armazenamento
Esse produto é embalado em tambores compostos de aço e plástico de 25L, 50L e 200L. O produto é armazenado em um local ventilado e fresco em condições seladas, consulte a MSDS para obter detalhes. O prazo de validade é de um ano. O tempo de armazenamento pode ser estendido com a adição de um inibidor de polimerização.
Índice de desempenho
Aparência: líquido branco
Ponto de ebulição (°C): 80@2mm Hg
Ponto de fusão (°C): -4,32
Densidade (g/mL): 1,64@25°C
Índice de refração: 1.3330 @25°C
Ponto de fulgor (°C): Nenhum
Pureza (GC): >98
Outro nome：
1,1,2,2 - Acrilato de tetrahidroperfluorodecila
1H,1H,2H,2H - Acrilato de heptadecafluorodecila
V17F
Zonyl TA - N
1. Textile Industry Surface Protection:
As an intermediate for synthesizing “three-proof” (waterproof, oil-proof, and stain-resistant) finishing agents for textiles, it provides durable protective properties and extends the lifespan of textiles.
2. High-Performance Coating Preparation:
Used to synthesize hydrophobic, oil-resistant, and chemically resistant polymer coatings, applied as protective coatings in automotive, aerospace, and marine industries. It can also be used to prepare superhydrophobic coatings such as self-cleaning glass and anti-fog mirrors.
3. Fluorinated Surfactant Synthesis:
Used as a precursor to synthesize fluorinated surfactants for applications such as fire-fighting foams and electronic cleaning agents, leveraging its low surface tension and high stability.
4. Lubrication Performance Control Materials:
Copolymerized with other monomers to form polymer brushes, optimizing the friction coefficient of material surfaces, suitable for lubrication modification of precision mechanical parts or wear-resistant materials.
5. Paper and Leather Treatment:
As a functional finishing agent, it improves the moisture resistance of paper and enhances the stain and water resistance of leather.
6. Biomedical Materials Development:
Used to prepare biocompatible medical materials, such as anticoagulant catheters and implant surface coatings (requires clinical validation).
7. Other Functional Materials Synthesis:
Used to synthesize complex fluorocarbon compounds, such as fluorinated finishing agents, and can also be used to develop fluorocarbon materials with special functions.
