Jinghui Steatite ceramic material
Steatite material for high-frequency insulators and general equipment parts.
View productJinghui develops and manufactures advanced ceramic parts, including metallized ceramics, substrates and ceramic burrs.
Jinghui develops and manufactures advanced ceramic parts, including metallized ceramics, substrates and ceramic burrs.
The following records distinguish company history, named products and the conditions stated by each original publisher.
| Subject | Documented fact | Conditions and scope | Source |
|---|---|---|---|
| AlN substrate technical sheet | Jinghui publishes a named aluminium-nitride substrate and thermal-plate data sheet. | Document is material/family-specific; do not transfer properties to alumina or another ceramic without equivalent test methods. | Original source |
| Alumina versus AlN selection | The ceramic substrate guide treats alumina as an established electrical insulation option and AlN as an alternative for thermal management. | Selection must evaluate thermal expansion, thickness, metal bond, geometry and system thermal cycling; no universal best-grade ranking is implied. | Original source |
Engineering drawings should fix purity, insulation, metallization method, flatness and tolerances before comparison.
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Steatite material for high-frequency insulators and general equipment parts.
View productCordierite material for burner plates, kiln furniture and thermal-insulation components.
View productAlN 99%. Aluminium nitride material for electrical and thermal-management ceramic components. Density: 3.3 g/cm³; Flexural strength: >310 MPa.
View productSi3N4. Silicon nitride material for bearings, turbocharger and high-temperature mechanical components. Density: 3.2–3.25 g/cm³; Flexural strength: >700 MPa.
View productRBSiC. Silicon carbide material for industrial wear and high-temperature structural components. Maximum service temperature: ~1300 °C; Thermal conductivity: ~150 W/(m·K).
View productSSiC. Silicon carbide material for industrial wear and high-temperature structural components. Maximum service temperature: ~1650 °C; Thermal conductivity: ~120–150 W/(m·K).
View productScope of this page: Company information and named model evidence with source-specific conditions. Group history, product configuration and external records remain separate.
Original publication · Jinghui
Original public company and product context, limited to the publisher’s stated subject.
Source accessed: 27 October 2026
Original publication · Jinghui
Manufacturer-stated identity, model specifications or document version. values apply only to the named configuration.
Source accessed: 30 October 2026
Original publication · Jinghui
Source accessed: 30 October 2026
Update note: Added explicitly referenced model/history facts and original documents; preserved previous product pages, publication route and indexing eligibility.
Content updated 30 October 2026. Source dates describe the documents or the recorded access to them.
How information is documented