Solid-State Battery Mold – Pressure Voltage-Stabilized (4C)

Name: Solid-State Battery Mold – Pressure Voltage-Stabilized (4C)
Brand: Canrd
Price: 1401.47 USD
Availability: InStock

$1401.47

Numéro d'article:CF-SOL-MOL4C102B

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✓ Sélectionné: Pressure-Monitoring Solid-State Battery Test Mold – Pressure-Stabilized Model 4C

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This product is designed for solid-state battery research, functioning as a pressure voltage-stabilized mold (4C) for preparing electrolyte sheets, pressing composite electrodes, and performing cold or hot pressing of full-cell stacks. Constructed with high-strength mold steel electrode posts and a standard φ10 mm mold cavity (customizable to other diameters), it accommodates loads up to 4 tons—equivalent to approximately 500 MPa within the cavity—and operates from room temperature up to 80°C. The integrated data acquisition system with dedicated software supports real-time monitoring during tests, making the mold well-suited for studies on interface contact impedance and other mechanical-electrochemical behaviors in solid-state battery development.

Detailed Technical Specifications
Item	Parameters and Description
External Dimensions	φ88 mm × H240 mm
Mold Cavity (Working Chamber)	Standard inner diameter φ10 mm (mold cavity diameter can be customized)
Upper/Lower Electrode Posts	High-strength mold steel
Mold Cavity Lining Material	Standard φ10 mm cavity
Maximum Load (Standard)	4 tons (standard configuration, corresponding to approximately 500 MPa pressure inside the φ10 mm mold cavity)( Customized solutions are available for higher pressures required to meet special processes such as ultimate densification.)
Operating Temperature Range	Room temperature ~80℃
Data Acquisition System	Accompanying professional software for sensor use and data recording.
Software Download	https://pan.quark.cn/s/8c8a411f134c
Applications	Solid-state battery electrolyte sheet preparation, composite electrode pressing, full-cell stack cold/hot pressing, interface contact impedance research, etc.
Pressure conversion reference	When the diameter of the pole is 10 mm, applying a load of about 0.8 tons can generate a pressure of about 100 MPa in the mold cavity.