Technical leadership
Zhang Jiasong
Zhang Jiasong is Founder & Technical Director at Aurexene Materials (湖南昱烯瓴新材料有限公司). His documented technical work covers inorganic pigments, functional ceramics, conductive materials, carbon materials, and industrial scale-up.
Areas of expertise
Materials, process, and scale-up experience.
- Inorganic pigments
- Functional ceramics
- Conductive materials
- Carbon materials
- Industrial scale-up
Career evidence
Recorded technical work
Inorganic pigments, pilot work, and production development
The CV records R&D, new-product pilot development, mass-production process development, and downstream application work in inorganic pigments, including development of a high-temperature inorganic ceramic pigment.
Source: CV p. 2, table 1 R29 item 2
Advanced ceramics and laboratory development
The CV records advanced-ceramics consulting work involving high-temperature zirconia multicolour ceramics and zirconia structural ceramics, together with establishment of a new-materials laboratory.
Source: CV p. 2, table 1 R29 item 3
Conductive and carbon-material development
The CV records work on graphene battery-material component packages, including material adjustment, battery testing, and aging-test stages, together with conductive ceramic and carbon-material development records.
Source: CV pp. 2–3, table 1 R29 item 6
Technical leadership roles
Current role and related technical history.
- Founder & Technical Director, Aurexene Materials
- Aurexene Materials / 湖南昱烯瓴新材料有限公司 Current role and legal-entity mapping supplied for this public profile. Source: Aurexene Materials profile brief, 2026-09-04
- Founder & Technical Director
- Related materials company (name withheld) Related-company technical leadership recorded in the supplied CV; this does not transfer any external patent rights to Aurexene Materials. Source: CV p. 1, table 1 R12
Research programme record
National Key R&D Program project 2021YFB3502100
项目名称：稀土着色剂的超临界水热绿色制备技术及其反应机理与应用研究
English title: Green supercritical-hydrothermal preparation technology for rare-earth colorants, with research on its reaction mechanism and applications
The supplied CV lists participation in project 2021YFB3502100. The official project list names China Jiliang University as the lead unit, but does not list individual participants; this page therefore treats Zhang Jiasong's participation as a CV record rather than independently verified project membership.
CV source: CV p. 3, table 1 R29 item 7
Official project list (National Centre for Science and Technology Information, p. 2 line 21)
Selected patent records
Source-documented records connected to the technical history.
These records are selected for technical relevance and inventor history. Applicant, rights-holder, and legal-status wording remains tied to each patent record; affiliated-company records are not presented as Aurexene-owned assets.
CN118825275A · Aurexene direct
一种钴氮共掺杂碳材料及其制备方法和应用、正极极片
A cobalt-nitrogen co-doped carbon material, its preparation method and applications, and a positive-electrode plate
Applicant / owner: 湖南昱烯瓴新材料有限公司（Aurexene Materials） · Status shown: Pending
CN116002761A · affiliated company
一种铜锰基着色剂及其制备方法与应用
A copper-manganese-based colorant, its preparation method and applications
Applicant / owner: 湖南科莱新材料有限公司（Hunan Kela New Materials Co., Ltd.） · Status shown: Pending
CN106277042B · affiliated company
一种制备Ti4O7的方法
A method for preparing Ti4O7
Applicant / owner: 湖南科莱新材料有限公司（Hunan Kela New Materials Co., Ltd.） · Status shown: Active
CN110790305A · affiliated company
一种黑色二氧化钛粉末的制备方法
A method for preparing black titanium dioxide powder
Applicant / owner: 湖南科莱新材料有限公司（Hunan Kela New Materials Co., Ltd.） · Status shown: Pending
Technologies and application areas
Related material and application routes.
The links below are topical navigation from the documented technical record. They do not imply that a patent covers a product, or that the profile establishes a product right.
Technical Insights
Related engineering reading.
A Technical Insight is attributed to Zhang Jiasong as reviewer only when its canonical review record contains a named technical sign-off, review date, context, and evidence reference. These links provide related engineering context only.
- Selecting Light-Mark Additives for Black Polymers: Eco Black and Alternative Routes
- Why 3D Graphene Is a Porous Graphene Architecture, Not a New Carbon Allotrope
- How to Distinguish GNP, GO, rGO, Ionic-Liquid Exfoliated Graphene, and 3D Graphene
- Dispersing Black Titania, Nitrides, Sulfides, Carbon, and Functional Pigments
Evidence references
What this profile relies on
- Supplied CV: Supplied CV; pp. 1–3 — Personal data, commercial figures, and unsupported current-role claims are intentionally excluded from public copy.
- Patent source records: 19 supplied Chinese patent records, each reviewed on the first document page — Inventor listings support inventor-history statements only; applicant, ownership, and current legal status are presented separately on the patent records page.