Cell Lab Stainless Steel CR1632 Coin Cell Cases [304SS Lithium Coin Cell Housings for Battery R&D, 100 pcs]

Cell Lab Stainless Steel CR1632 Coin Cell Cases [304SS Lithium Coin Cell Housings for Battery R&D, 100 pcs]

Precision-engineered coin cell enclosures for lithium-ion battery research and prototyping

The Cell Lab Stainless Steel CR1632 Coin Cell Cases are precision-manufactured enclosures designed for lithium-ion coin cell assembly, laboratory testing, and materials research. Fabricated from high-purity 304 stainless steel (304SS), they provide outstanding corrosion resistance and dimensional stability when exposed to standard battery electrolytes.

Each set includes both the anode and cathode shells, as well as a polypropylene (PP) sealing gasket (O-ring) to ensure a reliable and airtight closure. Conforming to the IEC 60086 standard, the “CR1632” designation represents a lithium-based coin cell with a 16.0 mm diameter and 3.2 mm height, making it one of the most widely used formats for laboratory-scale lithium battery assembly and testing.

Key Features

• High-Quality 304SS Construction – Excellent corrosion resistance and mechanical strength for electrolyte compatibility.

• Complete Coin Cell Assembly – Includes both anode and cathode cases plus a PP sealing gasket for secure sealing.

• IEC 60086 Standard Dimensions – CR1632 format (Ø16.0 mm × 3.2 mm) ensures compatibility with testing equipment.

• Reliable Sealing Performance – PP gasket minimises electrolyte leakage and enhances cell stability.

• Laboratory-Grade Uniformity – Consistent weight, dimensions and finish for reproducible battery research results.

Applications & Industries

• Lithium coin cell research and materials evaluation

• Cathode/anode prototype fabrication for lithium-ion systems

• Laboratory and academic battery R&D

• Material performance testing and electrolyte studies

• Pilot-scale coin cell assembly and testing

FAQ

Q1: What is included in each CR1632 case set?
A1: Each set includes an anode case, a cathode case, and a PP sealing gasket (O-ring).

Q2: Are these cases resistant to lithium battery electrolytes?
A2: Yes. The 304SS material provides excellent corrosion resistance in standard electrolyte environments.

Q3: What does “CR1632” mean?
A3: It follows IEC 60086: “C” for lithium chemistry, “R” for round cell, “16” for 16.0 mm diameter, and “32” for 3.2 mm height.

Q4: Can these be used in standard CR1632 battery holders?
A4: Yes. They are fully compatible with standard CR1632 laboratory and testing fixtures.

Q5: What are typical applications?
A5: These housings are used for electrode material evaluation, electrolyte compatibility testing, and small-scale lithium coin cell assembly.