Customized ZrO2 Crucible Manufacturers, Suppliers, Factory

Well-run gear, qualified revenue workforce, and superior after-sales companies; We've been also a unified huge loved ones, anyone persist with the organization benefit "unification, determination, tolerance" for ZrO2 Crucible, We fully welcome shoppers from all around the world to ascertain stable and mutually effective enterprise interactions, to have a dazzling long run jointly.
ZrO2 Crucible, Our company regards "reasonable prices, efficient production time and good after-sales service" as our tenet. We hope to cooperate with more customers for mutual development and benefits. We welcome potential buyers to contact us.

Hot Products

Boron Nitride Nozzle
High purity boron nitride nozzles could withstand higher temperatures in a vacuum than lower purity boron nitride nozzles. Although we usually claim the maximum working temperature as 2500°C, there’s a record to use our material at 3000+°C. Nextgen Advanced Materials supplies boron nitride nozzle with high quality and fast delivery. Customization is available too.
Aluminum Nitride Tube
Aluminum nitride is a high-performance material particularly suited to demanding electrical applications. Nextgen Advanced Materials supplies aluminum nitride tube that is stable at high temperatures in a range of inert environments including hydrogen and carbon dioxide atmospheres. Customization is also available.
Spherical Yttria Stabilized Zirconia Powder
You can rest assured to buy Nextgen Spherical Yttria Stabilized Zirconia Powder from our factory. Spherical Yttria-stabilized Zirconia Powder is a dense white powder of high chemical purity containing yttria, showing excellent sintering properties. Nextgen Advanced Materials supplies Spherical Yttria-stabilized Zirconia Powder with high quality and fast delivery, and customized products are also available.
Metal 3D Printing Mold Core
SLM metal laser sintering technology is an industrial metal 3D printing technology that makes a series of metal materials into parts one layer at a time by sintering metal powders together. This Metal 3D Printing Mold Core process is capable of creating highly complex shapes that are nearly impossible to achieve with other traditional machining methods.
Nuclear Grade Boron Carbide
Boron Carbide is an important material for nuclear applications due to its high neutron absorption property. Nextgen Advanced Materials supplies Nuclear Grade Boron Carbide with high quality and fast delivery. The customization is also available.
Boron Carbide Bulletproof Plate
Boron carbide is an ideal material for making the bulletproof plate.Nextgen Advanced Materials supplies Boron Carbide Bulletproof Plates with high quality and fast delivery. The customization is also available.

Related Blog
Reviews

How Can Boron Nitride Powder Enhance Your Polymer Composites Performance
Have you ever faced the frustrating trade-off between a polymer’s electrical insulation and its need for efficient heat dissipation? What if a single material could break this bottleneck, elevating your product’s performance to a whole new level? In my two decades at the forefront of materials science, I’ve seen numerous innovations come and go. Yet, the integration of Boron Nitride Powder into polymer composites continues to stand out as a genuinely transformative approach for engineers and product developers.
BORON NITRIDE NOZZLE
BORON NITRIDE NOZZLE In recent years, amorphous alloy materials have developed rapidly, and with the development of industry technology, higher requirements have been put forward for nozzle materials used in the key link of tape making. The composite ceramic material developed for amorphous strip production has excellent high temperature resistance, corrosion resistance, thermal shock resistance, creep resistance and easy processing properties, which can meet the production of various amorphous strips, especially suitable for the needs of broadband amorphous strip production.
Nextgen Advanced Materials uses intelligent equipment to promote environment protection
Nextgen Advanced Materials applied intelligent production equipment to reduce labor input, enhance production efficiency and ensure production safety. More importantly, we made great efforts to protect the environment. All the production plants of Nextgen Advanced Materials have wastewater and waste gas treatment stations, which not only solve the pollution and emission problems in industrial production, but also meet the environmental protection standards required by the industry, and truly achieve zero emissions. In addition, Nextgen Advanced Materials makes use of solar photovoltaic technology for energy storage and power supply to produce its various products such as Zirconia Ceramic Needle, Zirconia Ceramic Pin, Zro2 Tube, ZrO2 ring, etc. Nextgen Advanced Materials also effectively implemented the production dedusting scheme, providing a safe workshop production environment for front-line employees, and providing medical security for employees.
NAM Attends Asia Ceramic Expo
NAM Showcases Innovation at Guangzhou Ceramics Expo GUANGZHOU, CHINA – Under the spotlight at the bustling core exhibition hall of the Guangzhou International Ceramics Expo, Tony, CEO of Nextgen, introduced Nextgen Advanced Materials (NAM)’s advanced ceramic materials to global attendees from Japan, Spain, Europe and other places.
Applications of Zirconia Crucibles
Research and Application of High Performance Ceramic Materials
High-performance ceramic materials are new materials with special and superior properties. All countries have given special attention to basic and applied research and engineering, especially in information, national defense, modern transportation and energy industries. status. According to the application prospects of high-performance ceramic materials, the author introduces the performance and application scope of new high-performance ceramic materials, the development and application status of the market and new fields of development and application, as well as the high-performance ceramic materials being developed; development trend.