01
2014Research roots
Advanced 2D materials · Jinan, China
Atomic layers.Industrial impact.
High-purity MAX phases and MXenes—engineered from controlled chemistry to dependable production scale.
Featured specimenAccordion-like Ti₃C₂TₓReal microscopy from the product catalog
High-purity MAX phases Scalable MXene synthesis Application-ready materials Controlled surface chemistry High-purity MAX phases Scalable MXene synthesis Application-ready materials Controlled surface chemistry
Company / material intelligence
The material between a scientific idea and an industrial reality.
Yunjing Technology is a materials innovation company focused on the development and scalable production of MXenes, MAX phases, and advanced energy materials. Our team brings together materials science, chemistry, and physics to make emerging 2D materials more reliable, repeatable, and useful.
Technology is our lifeline. Specialized synthesis routes and disciplined quality control allow us to support researchers and industrial teams with dependable materials and responsive technical service.
Discuss a technical requirement02
05Material families
03
06Application fields
Material platform / from bulk to two dimensions
One layered precursor. A new world of surfaces.
MAX phases combine metal-like conductivity with ceramic strength. Selective etching removes the A-element layers to reveal MXenes: conductive, hydrophilic, two-dimensional sheets with tunable surface groups.
01
Mₙ₊₁AXₙ
MAX phases
Layered ternary carbides and nitrides with excellent thermal stability, strength, corrosion resistance, and conductivity.
View material families
02
Mₙ₊₁XₙTₓ
MXenes
Atomic layers of transition-metal carbides or nitrides, built for energy storage, shielding, catalysis, and composites.
View material families01Layered precursorMAX
02Selective etching−A
03Functional 2D sheetsMXene
Product library / reference catalog
Real materials. Real morphologies. Ready for your next experiment.
The visuals below are the client’s reference product images—used as the working catalog while final SKU photography is prepared.
01 / 05MAX
MAX Phase Series
211, 312, 413 and high-entropy layered precursors.
M₃AX₂ · Ti₃AlC₂ · Ti₃SiC₂View specification02 / 05MXENE
MXene Series
Accordion-like, two-dimensional, terminated and high-entropy MXenes.
Ti₂CTₓ · Ti₃C₂Tₓ · F / Cl terminationView specification
03 / 05ENERGY
High-Safety Conductive Paste
Highly conductive formulations designed to promote uniform lithium nucleation.
Single-layer MXene conductive systemView specification
04 / 05ENERGY
Silicon-Based Anode
A high-capacity anode architecture for next-generation batteries.
High capacity · Controlled morphologyView specification
05 / 05ENERGY
Ultrathin Lithium Metal
Precision lithium foils and MXene–lithium structures for advanced electrodes.
Ultrathin · Uniform · Application-readyView specificationApplication studio / six research directions
Select a field. See where the surface goes to work.
Conductivity, mechanical strength, large surface area, and adjustable chemistry create a flexible platform for next-generation systems.
Active research fieldEnergy storage
YJ / APP—01 / SURFACE SYSTEMConductive, ion-accessible architectures for batteries and supercapacitors.
Quality system / dependable by design
Precision at every scale, from atomic structure to delivery.
A disciplined material workflow protects consistency without slowing down technical collaboration.
Q—01
Structure verified
Morphology and phase identity are evaluated against the material target.
Q—02
Process controlled
Specialized synthesis routes reduce avoidable variation between batches.
Q—03
Scale considered
Research-grade precision is designed with future production needs in mind.
Material inquiry / direct technical contact
Bring us the problem behind the product code.
Share your target application, preferred material, morphology, and quantity. Our team will help frame the right starting point.
Email the materials teamTelephone+86 180 6341 3541
Emailscmxene@aliyun.com
Laboratory address3F, Building 1, Zone 6, 2025 Chuangxin Gu, Changqing District, Jinan, Shandong