Application requirements
Specify the magnetic, dielectric, thermal or chemical properties that matter in the finished component.
LTCC & Advanced Materials.
Materials for magnetic, radio-frequency and power-electronics applications. Start with the required properties, processing conditions and delivery form.
Material route overview
Use the product form, interface and agreed conditions to frame the next review. The diagram is a concept aid; technical data sheets and project records remain authoritative.
Specialized LTCC Materials & Manufacturing
Low-temperature co-fired ceramics
From material selection to co-firing evaluation.
Our owned LTCC production supports work across ceramic powders, green tapes and compatible paste systems. Material selection brings together dielectric requirements, conductor compatibility and the proposed firing process.
- Review material grades with their measurement frequency and conditions.
- Confirm the required supply form and processing route.
- Agree sample evaluation and batch documentation.
Explore the Material Families
Four distinct material systems, each with its own specifications and evaluation route.
Magnetic Powder
Powder systems matched to composition and forming requirements.
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Rare Earth Materials
Oxides, metals and compounds for material production.
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LTCC Ceramics
Ceramic powders, green tapes and paste systems.
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Soft Magnetic Materials
Material systems for inductors, chokes and transformers.
View specifications
Each material follows its own route.
Material
Ceramic, powder and magnetic material systems.
Processing
Choose the relevant forming and thermal route.
Evaluation
Define the properties and delivery form.
Material Supply & Processing Routes
Discuss the required delivery form and the processing steps included in your project.
Raw Materials
Rare earth oxides and metals — NdPr, Dy, Tb — sourced, processed, and certified.
Intermediate Products
Magnetic powders for bonded magnets: isotropic NdFeB, anisotropic SmCo, ferrite.
Components
Bonded magnets, soft magnetic cores, and LTCC substrates built from our powders.
Integrated Devices
Magnetic assemblies and electronic modules combining multiple material families.
Define the Material. Verify the Conditions.
Processing compatibility
Identify the forming route, binder or conductor system, firing profile and dimensional constraints.
Batch evidence
Agree the test method, acceptance limits, sample evaluation and requested analysis records.
Production and supply responsibilities, material availability and documentation are confirmed for each material and order.
What to Include in Your RFQ
Material specifications, application details, or simply a problem to solve.
Material Specification
- ✓Material type and grade, or describe the application
- ✓Required magnetic properties — remanence, coercivity, energy product
- ✓Particle size distribution (for powders)
Quality & Compliance
- ✓Purity requirements and acceptable impurity levels
- ✓Any applicable standards — ASTM, IEC, JIS
- ✓RoHS, REACH, or conflict-mineral declarations
Volume & Packaging
- ✓Annual tonnage or piece volume estimate
- ✓Packaging requirements — moisture-barrier, vacuum-sealed, drum
- ✓Delivery destination and Incoterms preference
Acceptance & Project Timing
Include the drawing revision, sample approval criteria and required delivery milestones with your inquiry.
Prepare your RFQFactory & Inspection
Material Processing and Verification.
Explore process, inspection and packing views for the relevant material family. Confirm the production route and required batch records during technical review.
Have a Specification or Material Requirement?
Send it to our team for engineering review and quotation — particle size distribution, magnetic properties, purity requirements.