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This system is a signature core piece of equipment for modern solid-state battery materials laboratories. It is an integrated, fully sealed solution specifically designed for the synthesis and preparation of sulfide-based solid electrolytes. A large-diameter, single-zone tube furnace (maximum temperature up to 1100 °C) is deeply physically integrated with the glovebox, ensuring that the entire workflow—from precursor weighing and mixing, to sintering reaction, to post-processing of the sintered product—is carried out with zero contact with air. This eliminates cumbersome intermediate transfers and sealing steps, greatly accelerating R&D iteration cycles.
In addition, highly reactive and toxic materials remain fully contained within the inert system throughout the process, maximizing operator safety.
Through a recirculating purification system, this glovebox continuously removes moisture (H₂O) and oxygen (O₂), achieving Class 100 air cleanliness—i.e., no more than 100 particles ≥ 0.5 μm per cubic foot of air (equivalent to ISO Class 5).
The large-volume single chamber provides a uniform atmosphere and can accommodate multiple integrated instruments. The dual-station layout supports two operators working simultaneously or independently, improving efficiency and flexibility. The split-type design helps reduce the impact of vibration and noise on the chamber, making it ideal for advanced technology and industrial applications with extremely stringent requirements for production or research environments.
This system features a double-sided glovebox with twelve glove ports, allowing equipment to be integrated into a single large chamber without any physical internal partitions, so large devices (e.g., robot-arm rails) and samples can move freely. Operators can access most areas inside the chamber simultaneously from both sides, enabling complex part transfer and collaborative assembly.
The heated antechamber is a key technology for maintaining long-term, stable sub-ppm ultra-high purity. All items entering the main chamber (substrates, wafers, tools, packaging, etc.) are baked in situ at elevated temperature to remove adsorbed moisture and organics from surfaces and pores, eliminating contamination at the source.
In the single-station glovebox, a single-loop circulation purification system ensures highly consistent H₂O and O₂ levels, making it suitable for preparing, coating, drying, and handling samples that are highly sensitive to humidity and oxygen.
This system enables a complex process chain that would otherwise require transfers between multiple independent ultra-clean rooms or gloveboxes. It is an end-to-end engineering solution for the top-level challenge of complex assembly and manufacturing that cannot be exposed to air, and is commonly used in cutting-edge R&D fields with extreme requirements for reliability, purity, and integration.
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