Description
The Ceramic Version Solid State Battery Mold is an essential tool for researchers developing next-generation energy storage solutions. Unlike metallic versions, the ceramic body provides inherent electrical insulation, eliminating the risk of short circuits during high-pressure pelletizing and testing. This mold is specifically optimized for testing solid electrolytes, including sulfides, oxides, and polymer composites.
Key Features
Superior Electrical Insulation: High-purity ceramic sleeve prevents internal shorting without the need for additional insulating films.
High-Pressure Resilience: Designed to maintain structural integrity under the high mechanical loads required for solid-state electrolyte densification.
Chemical Inertness: Resistant to a wide range of battery chemistries, ensuring no contamination of sensitive electrolyte samples.
High Precision Machining: Mirror-polished plunger surfaces ensure uniform pressure distribution and excellent contact with current collectors.
Modular Design: Easy to assemble and disassemble, facilitating rapid sample turnover and thorough cleaning between experiments.
Technical Specifications
| Feature | Specification |
| Material | High-Strength Technical Ceramics (Insulation) |
| Plunger Material | Stainless Steel or PEEK (Customizable) |
| Maximum Pressure | Up to 500 MPa (Depending on diameter) |
| Operating Temp | RT to 200°C (Application dependent) |
| Compatibility | Sulfide, Oxide, and Polymer Electrolytes |
| Testing Interface | Compatible with standard electrochemical workstations |
Applications
Solid Electrolyte Synthesis: Pelletizing powder materials into dense electrolytes.
Ionic Conductivity Measurement: Stable platform for AC Impedance Spectroscopy (EIS).
Battery Cycling Tests: Long-term performance evaluation of solid-state full cells.
Interfacial Research: Studying the contact mechanics between electrodes and electrolytes.
Why Choose the Ceramic Version?
In solid-state battery R&D, the transition from liquid to solid electrolytes introduces significant mechanical challenges. The ceramic version of this mold provides a “dead-short-proof” environment. Its thermal stability and rigidity allow for high-temperature and high-pressure experiments that are critical for achieving low interfacial resistance in solid-state systems.
Packaging List
1 x Ceramic Insulation Sleeve
2 x Precision Plungers (Current Collectors)
1 x Stabilizing Base
Sealing O-rings (optional based on configuration)
Expert Support for Energy Research
We specialize in providing high-precision lab hardware for the energy sector. If you require specific dimensions (e.g., 10mm, 12mm, or 15mm diameters) or specialized materials for your plungers, contact us for a customized solution tailored to your research requirements.
Author Profile
- BatteryRing Sales Engineers bring over 20 years of experience in the global battery supply chain, positioning us as true industry experts. We provide end-to-end consulting services covering the entire battery lifecycle, including R&D, laboratory testing, product planning, material sourcing, manufacturing equipment, system design, and full production line construction. Our mission is to empower your energy business with efficient, scalable, and technically advanced solutions for accelerated growth.
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