XW-STC Three Electrodes Split Test Cell for Coin Cell Battery Research - 6mm Max Thickness, 250℃ Temperature Range

Name: XW-STC Three Electrodes Split Test Cell for Coin Cell Battery Research - 6mm Max Thickness, 250℃ Temperature Range
Brand: GUANGDONG XWELL TECHNOLOGY CO., LTD.

Professional three-electrode split test cell for rechargeable battery R&D. Accommodates 5-24mm electrodes with 6mm max thickness and 250℃ operating temperature. Full stainless steel SS304 construction ensures durability for laboratory testing of battery materials with easy electrode access and quick sample changes.

Place of Origin CHINA

Max. Working TEMP 250℃

Packaging Details Wooden case

Max. Cell Thickness 6 mm (cathode + separator + anode)

Model Number XW-SCT-3

Supply Ability 10 pcs/month

0.5 ton split ac battery pack for speedlite split air conditioner gree

Product Description

The XW-STC Three Electrodes Split Test Cell is a precision laboratory instrument designed for advanced research and development of rechargeable battery materials. This specialized equipment enables researchers to efficiently test various electrode configurations and materials under controlled conditions.

Key Features and Applications

Versatile Electrode Compatibility

Accommodates multiple electrode diameters including 5mm, 10mm, 12mm, 15mm, 19mm, 20mm, and 24mm, providing flexibility for diverse research requirements.

Technical Specifications

Parameter	XW-SCT-2 Model	XW-SCT-3 Model
Electrode Configuration	2 Electrodes	3 Electrodes
Maximum Cell Thickness	6 mm (cathode + separator + anode)
Maximum Operating Temperature	250℃
Construction Material	Full Stainless Steel SS304
Unit Weight	5 kg

Research Advantages

Split-able design enables easy electrode testing and quick sample changes
High-temperature capability supports testing under extreme conditions
Durable stainless steel construction ensures long-term reliability
Streamlined workflow for efficient battery material evaluation
Compatible with standard laboratory testing protocols

This test cell is ideal for academic research institutions, battery manufacturers, and material science laboratories requiring precise electrochemical testing capabilities for advanced battery development projects.