Iota 9120 Ceramic Coatings of Organic Polyborosilazane (precursor polymer) Chemicals

Product Details
Molecular Principal Chain: Element Organic Polymer
Color: Colorless
Solid Content: 100%
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Registered Capital
10000000 RMB
Plant Area
1001~2000 square meters
  • Iota 9120 Ceramic Coatings of Organic Polyborosilazane (precursor polymer) Chemicals
  • Iota 9120 Ceramic Coatings of Organic Polyborosilazane (precursor polymer) Chemicals
  • Iota 9120 Ceramic Coatings of Organic Polyborosilazane (precursor polymer) Chemicals
  • Iota 9120 Ceramic Coatings of Organic Polyborosilazane (precursor polymer) Chemicals
  • Iota 9120 Ceramic Coatings of Organic Polyborosilazane (precursor polymer) Chemicals
  • Iota 9120 Ceramic Coatings of Organic Polyborosilazane (precursor polymer) Chemicals
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Basic Info.

Model NO.
IOTA 9120
Molecular Weight (Mn)
700-900
Viscosity
10000-20000 Cp
Ceramic Density
1.70-2.00 G/Cm-3
Cured Ceramic Production (800ºC)
55%
Voc (%)
N/a
Transport Package
Plastic Drum
Specification
0.5-20 liters
Trademark
IOTA
Origin
China
HS Code
3910000000
Production Capacity
500mt/Month

Product Description

Details

Product description

IOTA 9120 is a liquid precursor polymer consisting of repeating Si-N units,Si-N-B units. It can be used as a thermosetting resin and a ceramic precurs. Under relatively mild conditions, the SiBCN ceramic products with good temperature resistance are obtained, especially for high temperature resistant adhesives.

IOTA 9120 can be cross-linked under the temperature of 120-180 ° C, curing can be done in air or inert atmosphere.

IOTA 9120 can also do hydrosilylation reaction by platinum catalyst , curing at 80-100 ºC. The curing time depends on the curing temperature and the amount of catalyst, usually 2-5h.

First, IOTA 9120 cured product converted to amorphous ceramics by high temperature cracking, eventually get crystalline ceramics. It is amorphous product below 1600 ºC, begin to crystallize above 1600 ºC. Ceramic product composition has great relation with cracking atmosphere, SiC and Si3N4 under nitrogen or argo-; mainly Si3N4 under Ammoni-; mainly SiBOCN under air conditions. In addition, the cured product cracking is easily influenced by filler, and result affects the composition of the final ceramic product. 

IOTA 9120 can be diluted with various polar or non-polar dry solvents. It is sensitive to water, alcohol solvents, hydrolysis or alcoholysis reaction, to make the product deteriorate. And it should avoid contact with acid, alkali and other proton type substances.   

 

Product features  

Low viscosity

Short curing time

Various curing methods

High ceramic yield

Good adhesion on the metal \ ceramic \ graphite materials

Easy to prepare SiBCN ceramics

 

Technical Parameters:

Apparent features:   light yellow liquid

Solid content %:                     100% liquid

Molecular weight (Mn):            700-900

Viscosity:                             10000-20000 cp

VOC (%):                             N/A

Cured ceramic production (800ºC): >55%

Ceramic density:                  1.70-2.00 g/cm-3

Iota 9120 Ceramic Coatings of Organic Polyborosilazane (precursor polymer) Chemicals

 

Applications:

Ceramic matrix composites (CMCs)

Metal matrix composites

High temperature resistant adhesive

Anticorrosive coating

High temperature resistant anti-oxidation ceramic coating

Ceramic preform impregnated

Thermosetting resin

Organic and inorganic hybrid materials

 

Packaging:

Upon customer demand, it is packed in 0.5-20 liters in plastic drum, solid content is100%.

 

Clean:

Proper cleaning method is important. After use, take aceton- or solvent oil immediately to wipe the tool and clean. Once IOTA 9120 cured, the solvent cannot wash it away.

 

Shelf life:

Shelf life of unopened polyborosilazane IOTA 9120 is one year; opened polyborosilazane shelf life is depending on protection measures. Under sealed low temperature drying condition, the life time is more than two months.

 

Precautions:

When use polyborosilazane, it should be in a ventilated, dry environment and with the necessary protective measures such as gloves, masks, goggles;  We shouldn't  put the uncured IOTA 9120 near fire, humid air and water. 

Iota 9120 Ceramic Coatings of Organic Polyborosilazane (precursor polymer) Chemicals
Iota 9120 Ceramic Coatings of Organic Polyborosilazane (precursor polymer) Chemicals
Iota 9120 Ceramic Coatings of Organic Polyborosilazane (precursor polymer) Chemicals

 

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