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2024
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Exhibition Invitation | July 8-11, Adventure Technology invites you to meet China Materials Conference 2024
Author:
From July 8 to July 11, adventure technology took part in the 2024 of China materials conference with the newly developed desktop peristaltic ceramic 3D printing equipment, focusing on "ceramic 3D printing equipment
Ceramic 3D printing materials ceramic sintering program ", launched a series of solutions to help teachers do materials and structure research verification to provide more efficient methods.
The picture shows adventure technology ceramic 3D printing equipment
Conference Presentation
"China Materials Conference" is the academic annual meeting of the Chinese Society for Materials Research. It is one of the important series of brand conferences. It is the highest academic level in China's new materials industry,
The academic conference of more than 10,000 people, which covers the widest range of fields and the latest cutting-edge developments, is a high-level brand conference that faces the major needs of the country and promotes major breakthroughs in the cutting-edge of new materials.
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China Materials Conference 2024 and the Second World Materials Conference
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Meeting time: July 9-July 11, 2024
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Venue: Baiyun International Conference Center, Guangzhou, China
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Conference topics: energy materials, environmental materials, advanced structural materials, functional materials, material design, preparation and evaluation, etc.
Desktop ceramic 3D printer
Exhibit equipment
Adventure Technology with independent research and development equipment "ultra-high-speed desktop ceramic 3D printer--ADT-3D-ZM-Ceramic-96-50Appearing at the show,
DLP desktop peristaltic 3D printer for ceramic materials, structural research and development and lightweight production direction. Ultra-high print (up to 700 layers/hour),
A variety of materials are compatible, the unique feeding system improves the success rate of printing, and takes up a small space. It comes with a material process parameter package, which can realize "one-key printing".
Overview of the meeting
* Instructions for exhibitors:
| Project | Date | Time |
|---|---|---|
| This exhibition time | July 7 |
Home and special admission 08:30-24:00 |
| 8 July | Admission of special decoration and standard exhibition 08:30-19:30 |
|
| Exhibition time | 9 July |
Exhibitor admission 08:30-17:00 |
| Audience admission 08:40-17:00 | ||
| July 10 | Exhibitor admission 08:30-17:00 |
|
| Audience admission 08:40-17:00 | ||
| 11 July | Exhibitor admission 08:30-17:00 |
|
| Audience admission 08:40-14:00 | ||
| Withdrawal time | 11 July | 15:00-22:00 |
Schedule of the General Assembly
| 8 July | Delegates report for duty |
| 9 July | Morning: Opening ceremony, conference report Afternoon: Branch Exchange |
| July 10 | Morning: General Assembly report, branch submission Afternoon: Branch Exchange, Poster Exchange Flow |
| 11 July | All Day: Branch Exchange |
| 12 July | Delegates leave the meeting |
General Assembly Forum
Featured Materials Forum
FC01-Integrated Circuit Materials Innovation Development Forum
FC02-International Frontier Forum on Energy Materials and Interdisciplinary Materials (International)
FC03-International Frontier Forum on Life and Health Materials (International)
FC04-C-MRS & MRS-J Bilateral Forum (International)
FC05-Forum on Cultural Heritage Materials (International)
FC06-Elsevier Materials Science Forum
FC07-Guangdong-Hong Kong-Macao Greater Bay Area New Materials Forum (International)
FC08-New Concept Materials and Frontier Cross Science Development 2050 High-level Forum
FJ-Materials Journal Forum
FE-China Materials Education Conference 2024
Training course on new materials
T01-Youth Lever Academic Forum Faint Phase II Qingtuo Party School
T02-Academic Paper and Fund Writing Ability Improvement Class
T03-Training Course for Technical Brokers in the Field of New Materials
T04-High-end instrument data acquisition and scientific research ability improvement class
Functional Materials
D01-Metamaterials and Multifunctional Materials
D02-Multiferroic materials
D03-Amorphous and High Entropy Alloys
D04-Extreme Conditions Materials and Devices
D05-Smart Materials
D06-Advanced Microelectronic and Optoelectronic Materials
D07-Biomedical Materials
D08-Nanoporous Metallic Materials
D09-Fiber material modification and composite technology
D10-Polymer Materials
D11-Electronic Materials and Microsystems
D12-Advanced Magnetic Functional Materials
D13-Hydrogel Materials
D14-Carbon point functional material
D15-Micro-nano Energy Materials and Devices
D16-Superconducting Materials and Applications
D17-Smart Sensing Functional Materials and Devices
D18-Biomimetic Materials
D19-Liquid metal materials
D20-Porous Adsorption and Catalysis
D21-Multi-scale Crystalline Photoelectric Materials and Devices
D22-Advanced Ceramic Materials
D23-Smart Medical Materials and Devices
D24-Functional Molecular Materials and Devices
D25-Photonic Materials and Devices
D26-Smart Molecular Materials (International)
D27-2D Materials and Devices
D28-Dual Carbon Eco-Health Functional Materials
D29-Porous Materials and Applications
D30-Advanced Semiconductor Optoelectronic Materials and Devices
D31-Advanced Electrical Materials and Electrical Insulation Technology and Application
D32-Piezoelectric Electronics Materials and Self-Driven Systems
D33-Superhard Materials and Articles
D34-Functional film
D35-EnERIC MATERIALS (INTERNATIONAL)
D36-Thermal Management Materials
D37-Quantum Materials
D38-Inorganic photoelectric functional materials
D39-New Marine Materials
Material Simulation, Preparation and Evaluation
E01-Advanced Material Preparation and Processing Technology
E02-Materials Interface/Surface Analysis and Characterization
E03-Phase Separation Metallurgy and Materials
E04-Advanced Solidification Science and Technology
E05-Material Service Behavior and Structural Safety
E06-Material Genome
E07-Additive Manufacturing Materials
E08-Ultrasonic Materials Science and Technology
E09-Surface Engineering of Materials
E10-Material Structure and Properties Characterization Techniques
E14-Bio-based sustainable materials (International) E11-Aging and service life studies of polymer materials
E12-Chemistry and Materials Science
E13-Fatigue and Fracture of Materials
E14-Bio-based Sustainable Materials (International)
E15-Microfabrication and Forming and Application of Crystal Plasticity Mechanics
E16-Intelligent Forming and Machining of Advanced Materials
Z-Material Simulation, Calculation and Design
Frontier Hot Spot Youth Forum
FB01-Environmental Functional Materials Youth Forum
FB02-New System Battery Youth Forum
FB03-Aggregate Materials Youth Forum
FB04-Young Scholars Frontier Flash Platform
Energy Materials
A01-Energy Conversion and Storage Materials
A02-Aqueous battery
A03-Nuclear material
A04-Organic Solar Cell
A05-Oil and Gas Field Materials
A06-Nanomaterials Synthesis and Photocatalytic/Electrocatalytic Applications (International)
A07-Interface Evaporation Materials and Devices
A08-New Energy Materials Accelerate Research and Development
Environmental Materials
B01-Photocatalytic Materials
B02-Eco-environmental materials
B03-Water Treatment Functional Materials
B04-Resource Materials and Recycling
B05-Environmental Separation and Purification Materials and Technologies
B06-Sustainable Materials and Recycling (International)
B07-Low Carbon Materials and Renewable Resources (International)
B08-Mineral Functional Materials
Structural Materials
C01-Powder Metallurgy
C02-High Performance Aluminum Alloy
C03-Advanced Magnesium Alloys
C04-High Temperature Alloy
C05-High Performance Titanium Alloy Material
C06-Gold-Based Composites
C07-Space Materials Science and Technology
C08-Ultra-High Temperature Structural Materials and Protective Coatings
Preparation and Characterization of C09-Advanced Structural Ceramics
C10-Microstructure and Toughening
Toughening and Damage Failure of C11-Jinli Material
C12-Ordnance Materials Science and Technology
C13-Advanced Steel Materials
C14-Structural Materials Thermo-Dynamics
C15-Cement and Concrete Materials
C16-Material Performance and Evaluation in Extreme Service Environment
C17-Cryogenic Materials
C18-Functionally Gradient Materials (International)
C19-Refractory Metal Materials
C20-Advanced Materials for Rail Transit
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