Avan SCRATCH
Avan SCRATCH
It is a technological coating of nanoparticles through a large network of crosslinks formed on the surface of the coating increases the scratch resistance. The synthesis process consists of three steps:
It is a technological coating of nanoparticles through a large network of crosslinks formed on the surface of the coating increases the scratch resistance. The synthesis process consists of three steps:
- Stage I:. Oxidation The first step is a mild oxidation that functionalized plastic surface, creating functional groups that self-assemble into organic molecules.
- Stage II. Self-Assembly This technique is based on the formation of covalent bonds between the functionalized surface of the plastic and the bifunctional organic molecules. Plastic surface espontáneamiente covalent bonds between the molecules are formed.
- Stage III: Co-deposition. The inorganic nanoparticles (SiC, BN, alumina, B4C, Si3N4) are co-deposited during the formation of self-assembling network for a permanent coating of high resistance to scratching.
General Properties
Access the complete datasheet details for Avan SCRATCH when you create your free account with Prospector. You’ll find complete information on physical, mechanical and hardness specs.
Material Status
Commercial: Active
Documents
description
Technical Datasheet (English)
Download DocumentAvailability
Latin America
Other Properties
Additives Category
Processing
Find specific processing information for Avan as well as general information for the Masterbatch -- Impact Modifier generic family. Register or Sign In for more information.
Where To Buy
You can purchase Avan SCRATCH from 1 distributors or manufacturers. Register or Sign In for more information.
Prospector Sign in / Register
Premium Features
PROSPECTOR
Find solutions, not just materials.
When you join Prospector, you leverage the dynamic tools and features to find solutions fast.
Register Today
