IOTA Polysilazane (IOTA-9108/9150K) Solves High-Temperature Carbonization in Coatings-Iota

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News > Dynamic industry > IOTA Polysilazane (IOTA-9108/9150K) Solves High-Temperature Carbonization in Coatings

IOTA Polysilazane (IOTA-9108/9150K) Solves High-Temperature Carbonization in Coatings

Executive Summary

Case Topic: IOTA Polysilazane (IOTA-9108/9150K) Solves High-Temperature Carbonization in Coatings
Application Scenario: Protective coatings for aerospace, automotive exhaust pipes, and high-temperature equipment
Core Achievement: Temperature resistance increased from 600℃ to 1000℃, with a ceramic yield reaching 92%, perfectly passing the 800℃ non-carbonization assessment.

Pain Points & Diagnosis

Industry Background: High-temperature coating manufacturing (Annual output value of approx. 180 million RMB, supplying aerospace and automotive sectors).
Key Issues:
- High-Temp Carbonization & Cracking: Traditional silicone resins start decomposing above 600℃, causing the coating to lose its protective ability.
- Low Ceramic Yield: Only 75% ceramic conversion after high-temperature sintering, leading to insufficient coating density and inability to block oxygen.
- Project Acceptance Risk: A specific aerospace project explicitly required non-carbonization at 800℃, which the existing formula failed to meet.

Solution (IOTA-9108/9150K Specifications)

Product Model: Polysilazane IOTA-9108 / IOTA-9150K
Key Indicators:
- Temperature Resistance: ≥1000℃
- Ceramic Yield: ≥90% (Actual test: 92%)
- Solid Content: 60% (Concentrated type)
- Viscosity (25℃): 200-400 mm²/s
Delivery: Regular stock available, ships within 1 week.

Results Verification (Data Comparison)

Indicator	Before (Traditional)	After (IOTA Solution)	Improvement
Temperature Resistance	600℃	1000℃	+400℃
Ceramic Yield	75%	92%	+17%
Coating Status at 800℃	Carbonized & Cracked	Intact, Non-carbonized	Standard Met
Delivery Lead Time	8-10 weeks	1 week	Reduced by 90%

Selection Guide (Industry Insights)

Temperature Resistance: Choose ≥800℃ (High-end applications require ≥1000℃) to prevent high-temp carbonization failure.
Ceramic Yield: Choose ≥85% (High-end applications require ≥90%) to ensure coating density at high temperatures.
Solid Content: Choose ≥50% (60% concentrated type recommended) to improve coating efficiency.
Batch Traceability: Must include a unique batch number and a test report to ensure quality can be traced.

Customer Feedback & Verified Sources

Customer Feedback: "IOTA's polysilazane has excellent temperature resistance. The coating remained intact and non-carbonized at 800℃, with a ceramic yield of 92%, far exceeding imported brands." — Customer Technical Director (March 2026)
Verified Sources: ISO9001 Certification, National High-Tech Enterprise, SGS/TÜV Reports, 10+ Patents in Organosilicon Synthesis.

Quick Look at Core Product Parameters

Product Name: Polysilazane
Product Model: IOTA-9108 / IOTA-9150K
Core Applications: High-temperature coatings, ceramic precursors, insulating materials

Business Contact: Manager Zhang | Tel: +86 180 5521 1309 | Email: zyf@siliconeoil.cn

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