Inorganic Polysilazane Phps for 9h Ceramic Coating

Product Details
CAS No.: 9006-65-9
Formula: None
EINECS: None
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Registered Capital
10000000 RMB
Plant Area
1001~2000 square meters
  • Inorganic Polysilazane Phps for 9h Ceramic Coating
  • Inorganic Polysilazane Phps for 9h Ceramic Coating
  • Inorganic Polysilazane Phps for 9h Ceramic Coating
  • Inorganic Polysilazane Phps for 9h Ceramic Coating
  • Inorganic Polysilazane Phps for 9h Ceramic Coating
  • Inorganic Polysilazane Phps for 9h Ceramic Coating
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  • Overview
  • Product Description
  • Features
  • Technical Index
  • Curing Mechanism&Conditions
  • Coating properties
  • How To Use and Clean
  • Storage&Precautions
  • Product Application
Overview

Basic Info.

Model NO.
IOTA PHPS
Appearance
Liquid
Usage
Plastic Auxiliary Agents, Surfactants, Electronics Chemicals
Color
Colorless and Transparent
Transport Package
Metal Drum
Specification
200kg or 1000kg
Trademark
IOTA
Origin
Anhui, China
HS Code
39100000
Production Capacity
20000 Tons Per Year

Product Description

Product Description
Perhydropolysilazane (PHPS) or Inorganic Polysilazane IOTA-PHPS

Name: Hydrophilic Super Hard Stain Resistant Nano-Coating Materials

English synonyms:
Polysilazane Liquid Coating Materials

Description:
The coating product is mainly composed of perhydropolysilazane IOTA PHPS,diluted and stored in a solvent.
Inorganic Polysilazane Phps for 9h Ceramic Coating

 

Features

 

1. Good solubility.
2. Short curing time.
3. Curing a variety of ways.
4. Good adhesion on the metal ceramic polymer materials.
5. Can be converted to SiO2 at a lower temperature.

 
Technical Index
 
Appearance
colorless transparent liquid
Solid content
20%
Solvent
butyl ether
Liquid density
1.16-1.31 g / ml
Density after curing
1.6-2.0 g / ml
 
Curing Mechanism&Conditions

 

The curing of the coating material mainly is the Si-N bond hydrolysis, the mechanism is as follows:
Inorganic Polysilazane Phps for 9h Ceramic Coating
Coating properties
Composition
SiOx
Coating thickness (nm)
>100
Hardness (GPa)
3 (curable)
8-10 (high temperature curing)
Elastic modulus (GPa)
60 (NH3.H2O curing)
100-130 (high temperature curing)
Pencil Hardness
9H(Chinese)
6H (Mitsubishi)
Transparency (visible light)
> 90%
Adhesion (grid method)
0 level
Temperature resistance (air)
800 ºC
Rust, alkali, salt water resistance
Acid (10% )
about a month
 
How To Use and Clean

First, clean the substrate surface, coating products using spin-coating, rubbing, spraying, dipping, etc. construction, and then by room temperature curing, high temperature curing, etc. curing.

Proper cleaning is important. After using promptly use solvent oil to wipe the tool cleaning. IOTA PHPS cured, the solvent can not be washed away.
Storage&Precautions
Shelf life: 2years; after the application, it depend on the protective measures, sealed low temperature drying case, the applicable period of more than half a year.

Should l be in a ventilated, dry environment, and the use of necessary protective measures, such as gloves, masks, goggles; shall notDo not place uncured IOTA PHPS near to fire, humid air, or water. After opening, seal it in a timely manner. If it is used in a humid environment, replace the container with nitrogen after using.
Inorganic Polysilazane Phps for 9h Ceramic Coating
Inorganic Polysilazane Phps for 9h Ceramic Coating


 
Product Application
Inorganic Polysilazane Phps for 9h Ceramic Coating
1. Building anti - graffiti
2. Metal anti-corrosion
3. Rail
4. Semiconductor insulating layer
5. Electronic circuit
6. Plastic packaging waterproof gas barrier
7. Metal high temperature oxidation resistance
8. Surface hardening coating

 

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