Rare Earth Oxide Series materials from LCXC serve industrial users who need high-quality oxides for catalysts, ceramics, optical materials, polishing, coatings, batteries, metallurgy, environmental treatment, and functional additives. Lacen Rare Earth Technology Co., Ltd. is a China-based manufacturer and supplier in Baotou City, Inner Mongolia. We focus on R&D, production, and sales of rare earth oxides, carbonates, chlorides, metals, alloys, and advanced functional materials.
For buyers, engineers, and R&D teams, LCXC provides standard oxide supply and application-oriented material support. Our team can discuss purity, particle size, morphology, dispersion, and downstream process requirements before recommending a suitable grade.
Our Rare Earth Oxide Series includes lanthanum oxide, cerium oxide, yttrium oxide, erbium oxide, ytterbium oxide, samarium oxide, praseodymium oxide, and neodymium oxide. We also support specialty grades for ceramics, catalysts, refractories, polishing, coatings, optical materials, and advanced new energy applications. Based in Baotou Rare Earth Hi-tech Zone, LCXC can support stable supply and customized preparation for non-standard specifications.
High-purity rare earth oxides for advanced manufacturing applications
Adjustable purity, granularity, particle size distribution, morphology, and surface properties
Nano rare earth oxide synthesis and dispersion technology for suitable applications
Application-oriented support for catalysts, ceramics, coatings, batteries, optical materials, metallurgy, and environmental uses
Full-process quality monitoring with batch traceability for raw materials, intermediates, and finished goods
The LCXC Rare Earth Oxide Series includes standard oxide materials and specialty grades for specific processing environments. Whether you need lanthanum oxide for ceramic systems or cerium oxide for polishing, we can help review your application. Our team also supports yttrium oxide for fine particle applications and other oxides for electronics, optical materials, catalysts, or metallurgy.
For lanthanum-based materials, LCXC supplies lanthanum oxide grades for Rare Earth Oxide Series applications. Available options may include high-purity grades, flake morphology, and submicron preparation for application-specific requirements.
The following product range gives purchasing teams and technical users a practical starting point. Final selection should consider target purity, particle size, morphology, dispersion behavior, and downstream operating conditions.
In addition to common oxides, LCXC supplies specialty grades for customers who need tighter control over processing behavior and final material performance. Featured products include 4N high-purity lanthanum oxide for ceramics and high-purity flake lanthanum oxide for refractories. We also supply high-purity submicron lanthanum oxide for catalysts, white cerium oxide, nano cerium oxide, and fine particle size yttria.
These specialty materials can be adjusted according to customer processes where suitable. Catalyst users may focus on submicron particle size and surface properties. Ceramic users may prioritize purity and sintering compatibility. Coating and polishing users often pay close attention to particle size distribution, morphology, color, and dispersion.
LCXC supplies oxide materials with a focus on stable quality, application relevance, and specification flexibility. We do more than provide standard industrial grades. Our team helps customers select and prepare materials that better match production conditions in ceramics, catalysis, polishing, coatings, batteries, optical materials, metallurgy, and environmental applications.
As a professional rare earth oxide manufacturer and supplier in China, LCXC combines material supply with R&D capability, customization support, nano-material preparation technology, and full-process quality monitoring. These strengths help industrial buyers reduce sourcing uncertainty for high-purity or customized oxide products.
Stable rare earth material supply: Located in Baotou City, Inner Mongolia, an important rare earth industry region in China.
R&D and production capability: Focused on rare earth functional additives and high-performance new materials.
Custom preparation: Supports purity, granularity, morphology, surface property, and particle size distribution adjustment.
Nano-material technology: Provides synthesis and dispersion technologies for nano rare earth materials where applicable.
Quality monitoring: Monitors raw materials, intermediates, and finished goods with batch traceability.
High-purity oxide materials are often selected when impurities or inconsistent particles may affect downstream results. LCXC supplies high-quality rare earth oxides for catalysis, electronics, ceramics, optical materials, batteries, metallurgy, environmental treatment, agriculture, and biopharmaceutical-related applications.
For ceramic sintering, catalyst preparation, polishing systems, coatings, and optical materials, the same oxide name may require different specification priorities. We help customers review application requirements, so the selected material matches process conditions instead of only matching a product name.
Rare earth oxide performance is strongly influenced by particle size, particle size distribution, morphology, surface properties, and dispersion. LCXC supports customized preparation based on customer process and application needs, including purity, granularity, morphology, and surface property control.
Where applicable, morphology control can include spherical or flake forms. Particle size can also be adjusted to support different processing routes. This is valuable for buyers developing oxide coatings, ceramic bodies, catalyst formulations, polishing materials, functional additives, or other rare earth material systems.
LCXC has synthesis and dispersion technologies for nano rare earth materials. We can produce adjustable 10–100 nm particles for suitable applications. Controllable spherical or flake morphology and good dispersion support advanced material uses where particle behavior is important.
Nano rare earth oxide materials may be relevant for high-purity rare earth nano-oxide dopants, coatings, catalysts, UV shielding, battery-related materials, and other functional additive systems. Customers are encouraged to share target particle size, dispersion medium or process conditions, and expected application. This helps our team evaluate suitable preparation options.
For international industrial procurement, stable quality and traceability are critical. LCXC implements full-process quality monitoring for raw materials, intermediates, and finished goods. This process is supported by batch traceability and testing equipment.
Our quality control approach helps buyers maintain consistent procurement review. It also supports technical communication when specifications need confirmation or adjustment. For repeat supply, batch traceability provides a practical basis for material comparison and quality follow-up.
The Rare Earth Oxide Series is used across many high-end manufacturing sectors. These materials can provide useful chemical, optical, thermal, catalytic, polishing, and functional additive properties. LCXC serves customers in catalysis, electronics, ceramics, optical materials, batteries, metallurgy, environmental treatment, agriculture, and biopharmaceutical-related application areas.
Application matching is important because each industry may value different material characteristics. Buyers often need to compare purity, morphology, particle size distribution, color, surface properties, and dispersion. The table below offers a practical overview by end use.
Lanthanum oxide, cerium oxide, and submicron rare earth oxides are commonly considered for catalyst-related and environmental material applications. In these uses, particle size, surface properties, dispersion, and purity can influence oxide behavior during preparation and use.
LCXC can support buyers looking for catalyst materials by reviewing the oxide type, target particle size range, morphology, and processing conditions. High-purity submicron lanthanum oxide for catalysts is one application-oriented grade in our product range.
Rare earth oxides for ceramics and refractories are often selected by purity, morphology, and thermal processing compatibility. LCXC offers specialty lanthanum oxide grades, including 4N high-purity lanthanum oxide for ceramics and high-purity flake lanthanum oxide for refractory uses.
For coatings and rare earth sheet oxide coating materials, controlled particle size and surface properties can be important for dispersion and coating behavior. Our team can discuss application-specific requirements and recommend suitable preparation routes where applicable.
Yttrium oxide, erbium oxide, ytterbium oxide, samarium oxide, neodymium oxide, and other oxides are used in optical, electronic, and advanced functional material systems. LCXC supplies erbium oxide for optical and electronic material applications. We can discuss purity and particle requirements according to customer processes.
LCXC also focuses on advanced material directions such as high-purity rare earth nano-oxide dopants, LLZO solid-state electrolyte materials, rare earth sheet oxide coating materials, and rare earth super capacitor materials. For these materials, specification control and technical communication are especially important during selection and development.
Cerium oxide materials, including white cerium oxide and nano cerium oxide, are relevant to polishing, UV shielding, coatings, and functional additive applications where suitable. Buyers can review cerium oxide materials in our Rare Earth Oxide Series as a starting point for specification discussion.
For polishing and coating systems, particle size distribution, color, purity, and dispersion can be more important than the oxide name alone. LCXC can support selection by reviewing the user’s processing method, target performance, and any existing sample or technical standard.
Selecting the right Rare Earth Oxide Series material requires more than choosing a product name. Purchasing engineers, R&D teams, and sourcing managers should consider how purity, particle size, morphology, surface properties, particle size distribution, and dispersion affect production.
LCXC supports customers by reviewing application needs and recommending suitable specifications for standard supply or customized preparation. More complete technical information at the inquiry stage helps us evaluate a practical material match faster.
Different oxide materials and applications require different specification priorities. A ceramic user may focus on purity and sintering compatibility. A catalyst producer may focus on particle size and surface properties. A coating or polishing user may focus on dispersion, color, and particle size distribution.
To help LCXC recommend the correct grade and prepare a more accurate quotation, please share key technical and commercial details early. Existing technical data, sample standards, or current material specifications are also useful references.
Required oxide name, such as lanthanum oxide, cerium oxide, yttrium oxide, erbium oxide, or neodymium oxide
Target purity and any impurity limits that are important to the process
Particle size range, particle size distribution, or nano-scale requirement if applicable
Preferred morphology, such as spherical or flake where relevant
Surface property, dispersion, color, or appearance requirements
Application field and downstream processing method
Trial quantity, batch quantity, or annual purchasing estimate
Packaging needs and destination country for supply planning
LCXC provides standardized delivery services and customized technical support for rare earth oxide materials. This supports customers who need routine procurement and R&D teams developing application-specific functional additives or advanced new energy materials.
Customization can include purity, particle size, morphology, surface properties, and particle size distribution. Our R&D and nano-material capabilities also support advanced material directions. These include high-purity rare earth nano-oxide dopants, LLZO solid-state electrolyte materials, rare earth sheet oxide coating materials, and rare earth super capacitor materials.
Custom preparation is often required when standard industrial grades cannot fully match a customer’s processing route. LCXC can evaluate requirements related to granularity, morphology, purity, surface properties, and particle size distribution. We can then discuss whether a standard grade or customized route is more suitable.
LCXC works with customers from initial requirement review to material recommendation and specification confirmation. When a standard Rare Earth Oxide Series product is suitable, we can support routine supply. When an application requires non-standard characteristics, our technical team can discuss custom preparation based on process conditions.
A typical cooperation process may include requirement review, oxide grade recommendation, sample or specification discussion, customer testing feedback, specification confirmation, and batch supply planning. This collaborative approach helps customers move from material screening to stable procurement with clearer technical communication.
Industrial buyers need suppliers that provide consistent material quality, traceability, and clear technical communication. LCXC implements quality monitoring across raw materials, intermediates, and finished goods. This helps customers evaluate quality consistency and procurement reliability.
As a rare earth oxide supplier in China, LCXC serves global customers in high-end manufacturing sectors. These include catalysis, ceramics, electronics, optical materials, batteries, metallurgy, environmental treatment, agriculture, and biopharmaceutical-related application areas. Buyers can request product specifications, available test data, packaging details, and quotation information based on project needs.
LCXC’s full-process quality monitoring covers important stages of material preparation, including raw materials, intermediates, and finished goods. Batch traceability supports consistent procurement review and helps technical teams follow product performance across different deliveries.
For high-purity oxide materials, traceability and testing support are especially important. Small changes in purity, particle characteristics, or dispersion can influence downstream processing. We encourage customers to communicate critical quality parameters early, so the material specification can be clearly confirmed.
LCXC supports global industrial customers that require oxide materials for application-driven production and development. We provide standardized delivery services and customized technical support for buyers who need specification adjustment or material selection assistance.
Packaging and logistics details can be discussed according to product type, order quantity, and destination requirements. For international purchasing, please provide the destination country, required documents, package preferences, and expected delivery schedule. This helps our team prepare practical quotation and supply information.
If you need to buy rare earth oxides or request a customized quote, contact LCXC with your product name, target purity, particle size range, morphology requirement, application, quantity, packaging needs, and destination country. As a Rare Earth Oxide Series manufacturer and supplier, Lacen Rare Earth Technology Co., Ltd. supports standard products and customized preparation for industrial users.
Whether your project requires lanthanum oxide for ceramics, cerium oxide for polishing or coatings, fine particle size yttria, nano rare earth oxide materials, or high-purity nano-oxide dopants, we can review your application and recommend a suitable material direction. Share your technical data, sample standard, or current specification to receive more accurate product selection support and quotation information.
Request a Quote: Send oxide name, purity, particle size, application, quantity, and destination.
Get Technical Support: Ask LCXC to review your process requirements and recommend a suitable oxide grade.
Discuss Custom Preparation: Provide morphology, surface property, particle size distribution, or nano-scale requirements.
Plan Stable Supply: Confirm specification, packaging, batch traceability needs, and delivery expectations.
LCXC supplies lanthanum oxide, cerium oxide, yttrium oxide, erbium oxide, ytterbium oxide, samarium oxide, praseodymium oxide, and neodymium oxide. We also offer specialty grades such as nano cerium oxide, fine particle size yttria, and high-purity lanthanum oxide for suitable applications.
Yes. We can support customization of purity, particle size, morphology, surface properties, and particle size distribution according to customer process requirements. For nano rare earth oxide materials, LCXC has synthesis and dispersion technologies for adjustable 10–100 nm particles where applicable.
Rare earth oxides are used in catalysts, ceramics, optical materials, polishing, coatings, batteries, metallurgy, environmental treatment, agriculture, biopharmaceutical-related applications, and functional additives. Our team recommends materials based on required purity, particle size, morphology, dispersion behavior, and downstream process conditions.
Yes. LCXC has synthesis and dispersion technologies for nano rare earth materials. We can provide adjustable 10–100 nm particles, controllable spherical or flake morphology, and good dispersion for suitable applications. These materials may be used in catalysts, coatings, UV shielding, functional additives, and advanced material systems, depending on technical requirements.
Please provide the oxide name, target purity, particle size or morphology requirements, application, quantity, packaging needs, and destination country. If you have technical data, sample standards, or current material specifications, please share them with our team. This helps LCXC recommend the correct grade and prepare a more accurate quotation.
