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  • 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

  • 10 - 99 Kilograms
    $2,500
  • >= 100 Kilograms
    $2,300
View product details

Inorganic Polysilazane PHPS for 9h Ceramic Coating

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Ceramic Coating Application: Formulates durable 9h ceramic coatings for automotive, industrial, and consumer products, leveraging silicone oil's heat resistance and chemical stability.
  • Versatile Chemical Support: Acts as a high-performance chemical auxiliary agent to enhance adhesion, corrosion resistance, and surface protection in coating processes.

Key features

  • 1. Material Technology

    • With corrosion-resistant aluminum bottles, you can ensure durable storage and transportation, outperforming plastic containers prone to degradation. The aluminum material resists environmental wear, maintaining product integrity during use.

  • 2. Interactive Design

    • With a QR code-linked label, you can instantly access detailed specifications and support, enhancing user convenience compared to static labels. The sleek, modern design with a carrying handle improves portability versus bulkier competitors.

  • 3. Performance Parameters

    • With a 9h hardness rating and -40°C to 20°C operational range, you can achieve robust ceramic coatings in diverse environments, surpassing standard coatings in durability and adaptability.

  • 4. Scenario Solutions

    • With RoHS compliance and broad temperature adaptability, you can deploy this product in electronics manufacturing and automotive sectors where environmental and performance standards are critical. The shady/dry storage requirement aligns with industrial safety protocols.

  • 5. Certification Standards

    • With RoHS certification, you can ensure compliance with EU environmental regulations, avoiding non-compliant alternatives and reducing legal risks. This meets stringent global standards for restricted hazardous substances.

Product details

Inorganic Polysilazane PHPS for 9h Ceramic Coating

The Inorganic Polysilazane PHPS for 9H Ceramic Coating is a high-performance chemical auxiliary agent designed for durable, scratch-resistant coatings. Packaged in lightweight aluminum bottles with QR-coded labels, it ensures stability and traceability. Certified to RoHS standards, this silicone oil-based solution is ideal for automotive, industrial, and consumer applications requiring corrosion resistance and temperature adaptability (-40°C to 20°C).

Technical specifications

FeatureSpecificationApplication Scenario
MaterialSilicone oil (Inorganic Polysilazane)9H ceramic coatings, protective layers
CertificationRoHS compliantEnvironmentally regulated industries
PackagingAluminum bottle with QR code labelEasy traceability and storage safety
Temperature-40°C to 20°CHarsh outdoor or industrial environments
FormLiquidEasy application via spray or dip coating

Customization guide

Adjustable parameters include viscosity levels (to match coating thickness needs) and QR code content (customizable for client-specific data, e.g., batch tracking or SDS links).

Get inspired

With its wide temperature range and RoHS compliance, this silicone oil is perfect for automotive coatings that withstand extreme weather or industrial machinery parts requiring corrosion protection. Scan the QR code for real-time technical support or certification details.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Viscosity (mPa·s)500 ± 100450 ± 50 (15% lower)400 ± 20 (30% lower)
Purity98.5%99.2% (Enhanced)99.8% (Premium)
Chemical ResistanceStandardAcid/Alkali ResistantUltra-Resistant
Temperature Range-40°C to 20°C-40°C to 30°C-50°C to 50°C*

Supplier's note

  1. Three Breakthroughs:

    • RoHS Compliance: Ensures safe use in EU-regulated industries.
    • Aluminum Packaging: Reduces weight by 30% vs. glass, enhancing portability.
    • QR Code Integration: Streamlines traceability and customer support access.

  2. Version Selection Guide:

    • Base Model: Ideal for standard automotive or household applications where cost efficiency is prioritized.
    • Advanced Model: Suited for industrial coatings exposed to chemicals (e.g., machinery parts). Its lower viscosity enables smoother application.
    • Pro Model: Recommended for extreme environments (e.g., aerospace or Arctic equipment) due to its ultra-wide temperature tolerance and purity.

*Pro Model’s expanded temperature range (-50°C to 50°C) exceeds industry benchmarks by 25%.

Frequently asked questions

  • Which model of Inorganic Polysilazane PHPS is best for automotive ceramic coating?

  • How should I store Inorganic Polysilazane PHPS to maintain its effectiveness?

  • Why is silicone oil preferred over mineral oil in ceramic coatings?

  • Can I customize the labeling of Inorganic Polysilazane PHPS bottles for my brand?

  • Is Inorganic Polysilazane PHPS compliant with RoHS standards?

  • What temperature ranges can Inorganic Polysilazane PHPS withstand during application?

  • What surfaces are suitable for 9h Ceramic Coating using Inorganic Polysilazane PHPS?

  • How does the liquid form of Inorganic Polysilazane PHPS benefit ceramic coating applications?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionAutomotive coatings, industrial machinerySilicone Oil (Industry: Mineral Oil) ▲ (ASTM D4485 compliant)Superior thermal stability (up to 250°C) compared to mineral oilHigher cost than non-certified alternatives
Certification StandardsRegulatory compliance industriesRoHS compliant (Industry: Non-compliant) ▲ (IEC 62321)Meets EU environmental regulations for hazardous substance restrictionsCertification adds production costs
Temperature RangeExtreme-temperature applications-40°C to 200°C (Industry: -20°C to 100°C) ▲▲ (ASTM E1461)Operates reliably in cryogenic or high-heat environmentsRequires controlled storage conditions
Chemical ResistanceChemical processing, industrial coatingResists 20+ chemicals (Industry: 10 chemicals) ▲ (ASTM D543)Withstands aggressive chemicals like solvents and acidsMay degrade under prolonged exposure to specific corrosives
Application TypeSpray/dip coating processesLiquid form (Industry: Paste form) ▲ (ISO 3104)Even distribution and easy application via spray/dip methodsEvaporation risk if stored improperly
Storage StabilityLong-term storage scenarios2-year shelf life (Industry: 1 year) ▲ (ISO 11801)Maintains performance without degradation for extended periodsRequires adherence to strict storage temperature/humidity guidelines

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