Polysilazane & Fluorosilane Product Catalog
A technical B2B catalogue — not an online shop. Browse advanced materials by product family, application and substrate, then request the full catalog or a sample.
Product catalogue
All materials in one place. Select a category to filter the catalogue.
Organic Polysilazane Resins
EK-S01
→
Room-temperature curing transparent silazane varnish
Transparent silazane varnish curing at room temperature. Used in electronic packaging, hydrophobic easy-clean and wear- and weather-resistant outdoor anti-corrosion systems.
EK-S02RC
→
Organic polysilazane binder for coating systems — rapid cure
Rapid room-temperature-curing poly(silazane–siloxane) binder, solvent-free, one-component. Pencil hardness ≥5H with no yellowing; also used as an amine-type curing agent and as a modifier for hydroxyl-containing resins.
EK-S02SC
→
Organic polysilazane binder for coating systems — slow cure
Solvent-free organic polysilazane binder, room-temperature self-curing (slow-cure grade). Pencil hardness over 4H with no yellowing; covalent bonding to the substrate. Also applied as an additive-type flame retardant and fiber sizing agent.
EK-S03
→
High-temperature curing agent (methylhydrogen polysilazane)
Methylhydrogen polysilazane with molecular weight ≈2500 — a silicon-nitride-based high-temperature curing agent for bake-cured films and crosslinking systems.
EK-S04
→
Methylvinylsilazane
Low-molecular silazane whose Si–N bonds react with hydroxyl groups; suitable as an amine curing agent and for modifying phenolic, epoxy, alkyd and acrylic resins.
EK-S05
→
High-molecular polysilazane binder
Silazane-based binder for steel-surface coating systems; liquid ceramic precursor for SiCN, SiCNO and SiO2 ceramics and fiber composites.
EK-S06
→
Polyborosilazane resin
Polyborosilazane film-former for self-cleaning anti-corrosive coatings cured in air below 200 °C; pencil hardness above 6H.
EK-S08
→
Solid polysilazane resin, high-temperature curing
Solid high-molecular polysilazane resin with high-temperature curing. Used in ceramic-precursor routes, reactive flame-retardant systems and high-temperature adhesives.
EK-S10
→
Polyamide–polysilazane resin
Polyamide–polysilazane resin; also used in ceramic-precursor routes. Details confirmed in TDS.
EK-S11
→
Low-molecular methylhydrogen polysilazane
Low-molecular methylhydrogen polysilazane (molecular weight below 500) — typically used in composite materials, impregnation and thin films.
EK-S12
→
Hexamethyldisilazane (HMDS)
Low-molecular silazane (HMDS) for surface treatment and formulation use. Specifications confirmed in TDS.
EK-S12B
→
Ammonia-based low-molecular silazane
Ammonia-based low-molecular silazane grade; properties and application data confirmed in TDS.
Inorganic Polysilazane / Ceramic Precursors
Modified Polysilazane Coatings
EK-M01
→
Ring-modified polysilazane resin
Modified polysilazane resin for paint and coating protection; room-temperature application with short-term resistance to 500 °C.
EK-M02
→
Epoxy-modified silazane for ultra-high insulation coatings
Long-term service up to 300 °C without cracking or peeling; abrasion-resistant, dense and waterproof film-former with room-temperature curing.
EK-M04
→
High-gloss modified polysilazane coating
High-gloss decorative-protective modified polysilazane coating: ≥7H pencil hardness, >110° water contact angle, service to 200 °C.
EK-M05
→
Polyester-modified polysilazane resin series
Polyester-modified polysilazane resin series balancing polysilazane hardness with film flexibility; fast ambient set and >115° water contact angle.
EK-M06
→
One-component polyester-modified polysilazane resin
Polysilazane offers outstanding advantages such as high hardness, high-temperature resistance and resistance to yellowing, but poor toughness and limited bend and boiling-water resistance are major shortcomings.
EK-M07
→
Silicone-modified room-temperature-curing coating (two-component)
Two-component (A/B) silicone-modified polysilazane coating: 180° bend intact, adhesion Grade 0, hardness ≥6H. Clear coat withstands above 330 °C; with functional fillers — above 600 °C without yellowing.
EK-M08
→
Silicone-modified room-temperature-curing resin
This product is a silicone-modified polysilazane supplied as a one-component system.
EK-M12
→
Acrylic-modified hydrophobic anti-graffiti coating
This product is an acrylic-modified polysilazane supplied as a one-component system.
EK-M14
→
Hydrophobic anti-fingerprint silicone-modified resin
This product is produced by modifying and functionalizing polysilazane resin using a series of nanotechnologies.
EK-M20
→
Acrylic-modified polysilazane resin
Acrylic-modified resin grade; formulation and curing data confirmed in TDS.
EK-S07
→
Fluorosilane-modified polysilazane resin
Fluorosilane-modified resin for heavy-duty anti-corrosion protection with low-temperature application; also used as a fiber sizing agent.
Ready-to-use Ceramic Coatings
EK-D04
→
Room-temperature curing anti-corrosion coating
Room-temperature curing, heat-resistant anti-corrosion coating; ready-to-apply member of the EK-D04/D05 series.
EK-D05
→
High-temperature anti-corrosion nano-ceramic coating (room-temperature curing)
Room-temperature-curing titanium-dioxide nano-ceramic coating for anti-corrosion duty at -30…600 °C service.
EK-D11
→
Thin-layer anti-rust coating
Thin-layer anti-rust coating applied and cured at room temperature.
EK-D12
→
High- and low-temperature resistant heavy-duty anticorrosive coating
Air-drying heavy-duty anticorrosive coating for -30…250 °C service, resistant to chemically aggressive media including hydrofluoric acid.
EK-D15
→
High- and low-temperature anticorrosive coating (two-component, transparent)
Two-component transparent coating resistant to graffiti and severe corrosion: 5000 h salt spray, -50…280 °C service. The transparent counterpart of EK-D16.
EK-D16
→
High- and low-temperature anticorrosive coating (two-component, coloured)
Two-component coloured coating resistant to graffiti and severe corrosion: 5000 h salt spray, 180-day immersion resistance, -50…280 °C service. The coloured counterpart of EK-D15.
EK-M15
→
Ceramic thermal-insulation coating
Polysilazane ceramic thermal-insulation coating for 300–500 °C service; also used in structural adhesive systems.
EK-S13
→
High- and low-temperature resistant anticorrosive coating
One-component anticorrosive coating resistant to voltage fluctuations and severe corrosion: 5000 h salt spray, -50…280 °C service.
High-temperature Ceramic Coatings
EK-D02
→
High-temperature anti-corrosion wear-resistant nano coating
Nano ceramic coating combining heat resistance with anti-corrosion and wear protection; high-temperature curing member of the EK-D02/D03 series (600 °C class).
EK-D03
→
High-temperature anti-corrosion ceramic coating
Heat-resistant anti-corrosion ceramic coating with high-temperature curing; 600 °C class per client classification.
EK-D08
→
High-temperature anti-corrosion ceramic coating (1300 °C)
Anti-corrosion ceramic coating rated for service up to 1300 °C.
EK-D09
→
Dense inorganic ceramic composite coating
High-temperature anti-corrosion ceramic coating matching EK-D08's performance; the grades differ mainly in colour.
EK-D10
→
Room-temperature curing heat-resistant ceramic coating
Room-temperature curing counterpart of the EK-D09/D10 heat-resistant anti-corrosion ceramic system (600–1000 °C class).
EK-D13
→
High-temperature thermal-conductive coating
Thermally conductive, heat-dissipating coating with high-temperature curing; thermal conductivity up to 248 W/(m·K) per client data.
EK-D14
→
Titanium-based graphene alloy coating for heat exchangers
Titanium-based graphene alloy coating engineered for heat-exchanger surfaces; one-component bake-curing, service to 300 °C.
Electrical Insulation Coatings
EK-D06
→
Room-temperature curing insulation coating
Insulation voltage-resistant coating curing at room temperature.
EK-D07
→
Insulating anti-corrosion blue film
High-temperature resistant insulating anti-corrosion blue film with room-temperature curing.
EK-M09
→
Room-temperature-curing high-temperature insulating resin (high-voltage-resistant)
Room-temperature-curing polysilazane-based insulating resin: ≥10⁵ V/mm dielectric strength, -30…430 °C service with 550 °C peaks, >2000 h salt spray.
EK-M10
→
High-toughness silicone-rubber-modified polysilazane resin (insulating, voltage-resistant)
One-component silicone-rubber-modified polysilazane with high toughness (film intact after 180° bending): ≥10⁵ V/mm, 30 kV/mm impulse; clear varnish above 400 °C, above 520 °C with functional powders.
Adhesives
EK-S13
→
Structural adhesive
Same product as EK-S13 — one-component high-/low-temperature resistant coating, used as a structural adhesive together with EK-M09, EK-M15 and EK-M01 systems. Full data in the EK-S13 TDS.
EK-M01
→
High-temperature encapsulation compound (250–500 °C)
Same product as EK-M01 (epoxy-modified silazane) used for potting and encapsulation at 250–500 °C. EK-S13, EK-M09 and EK-M15 are also applied in potting roles. Full data in the EK-M01 TDS.
Additives
EK-M21
→
High-temperature boron-nitride oil-based mold release agent
Boron-nitride-modified oil-based release agent for high-temperature moulds and tooling; usable from ambient temperature up to 1500 °C.
EK-M22
→
Room-temperature-curing crosslinking promoter
This product is a novel silicon–nitrogen–oxygen system compound bearing two types of reactive groups, amino and ethoxy; it is a colorless to pale-yellow transparent liquid.
EK-S02B
→
Additive-type flame retardant
Additive-type silazane flame retardant used alongside EK-S01 and EK-S02SC/RC systems.
Send request
From first enquiry to qualified bulk supply — send your requirements below.
01
Send requirement
Application, substrate and performance target.
02
Get recommendation
Suitable material family and product grade.
03
Receive TDS/SDS, catalog & sample
Documentation and sample for evaluation.
04
Test material
Validate on your substrate and process.
05
Confirm & bulk supply
Specification agreement and ongoing supply.
FAQ
Common questions from engineers and procurement teams.
What is the minimum order quantity?
MOQ depends on the product and packaging format — to be confirmed with our team for your specific grade and application.
Can I request a sample before ordering?
Sample support is available for qualified B2B projects after a short technical review of your application.
How do I receive TDS or SDS documents?
Technical and safety documentation is provided on request for the relevant product grade — use the request forms on this page.
Do you support custom formulations?
Custom formulation discussions are possible subject to technical review of your requirements.
About our polysilazane and fluorosilane materials
Quartz Master China supplies polysilazane, fluorosilane, ceramic coating and ceramic precursor materials for industrial B2B applications. Our materials support anti-corrosion, high-temperature, electrical insulation, hydrophobic and easy-to-clean coating systems on metal, glass, ceramic and stone substrates.
Engineers, R&D teams and industrial buyers use our catalogue to select materials by product family or by application. Technical data sheets, safety data sheets and application guides are provided on request for each product grade, and sample support is available for qualified projects.