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ATOMFAIR® titanium coated coin cell case sets showing top and bottom caps with a white sealing ring wave spring and flat spacer.

Ti-Coated CR2032 Coin Cell Cases 3–8μm Lab Grade ATOMFAIR®

$134.00

Institutional Procurement & Supply Compliance: As a verified US supplier, Atomfair accepts formal institutional Purchase Orders (POs), contract billing schedules, and custom procurement loops for university and national laboratories, and corporate R&D departments globally.

Lab Grade CR2032 Ti-coated coin cell cases: 3–8 μm Ti on 316L/304 SS for corrosive batteries. Spacers 15.8×0.5mm, springs 15.4×1.1mm. 10 sets/pack. Order now.

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Description

ATOMFAIR® Ti-Coated Coin Cell Case Sets

RESEARCH GRADE MATERIAL

Product Overview
Premium Ti-coated coin cell cases for corrosive battery R&D. Features specialized titanium-coated positive and negative cases with coating thickness 3–8 μm on 316L/304 stainless steel substrates, 15.8 × 0.5 mm spacers, and 15.4 × 1.1 mm springs. Engineered with excellent biocompatibility and resistance to strong acid/base corrosion, delivering standardized hardware support for bio-batteries, aqueous zinc batteries, strongly acidic/alkaline electrolyte systems, and high-voltage testing. If you require other sizes, models, and materials, please email inquiry@atomfair.com for customization.

ATOMFAIR® Ti-Coated Coin Cell Case Sets
ITEM DESCRIPTION
Product Name ATOMFAIR® Ti-Coated Coin Cell Case Sets
Model CR2032
Case Material & Coating Titanium-Coated (3–8 μm, Excellent Biocompatibility, Resistant to Strong Acid/Base Corrosion) on 316L/304 Stainless Steel Substrate
Included Components Ti-Coated Positive Case + Ti-Coated Negative Case + 15.8 × 0.5 mm Spacers + 15.4 × 1.1 mm Springs
Packaging Specification 10 Sets/Pack
Intended Use Bio-batteries, aqueous zinc batteries, strongly acidic/alkaline electrolyte systems, high-voltage testing, and corrosive battery R&D
Customization Options For other sizes, models, and materials, please email inquiry@atomfair.com to request customization.

Research-Grade Core Quality Advantages
  • Uniform High-Precision Tolerance Control: All component dimensions strictly controlled within ±0.02 mm, ensuring perfect matching across different batches and components, completely eliminating assembly gaps and uneven pressure issues caused by dimensional errors.
  • Full Material Gradient Coverage: Provides a complete material selection from basic to high-end, allowing flexible selection based on corrosivity, voltage range, and testing precision requirements of your experimental system, avoiding experimental failure due to mismatched consumables.
  • Rigorous Electrochemical Compatibility Verification: All materials have undergone constant potential polarization, cyclic voltammetry, and other electrochemical tests to ensure no side reactions within a -0.5 V to 5.0 V voltage range, guaranteeing no interference with battery performance test results.
  • Standardized Batch Production: Fully automated production and quality control ensures highly consistent product performance within and across batches, effectively reducing experimental systematic errors.

APPLICATION SCOPE: Precision assembly and standardized testing for bio-batteries, aqueous zinc batteries, strongly acidic/alkaline electrolyte systems, high-voltage testing, and corrosive battery R&D requiring excellent biocompatibility and chemical resistance.
PACKAGING: 10 sets/pack. 100% dimensional inspection, coating thickness verification, sealing performance testing, and appearance inspection before shipment, ensuring oil-free, burr-free, and impurity-free conditions. Can be used directly for battery assembly inside gloveboxes.
IMPORTANT NOTICE: This series is a one-stop assembly solution for coin cells dedicated to electrochemical research. Default accompanying accessories are made of 304 stainless steel. If other materials or special dimensions are required, please email inquiry@atomfair.com for customization.



This series is a one-stop assembly solution for coin cells dedicated to electrochemical research, comprehensively covering the three mainstream models CR2032, CR2025, and CR2016. It provides a full material and specification selection of three core components—positive/negative electrode cases, conductive spacers, and elastic springs. Independent purchase of single components is supported, and pre-matched complete assembly kits are also available. Fully compatible with all cutting-edge research systems, including conventional lithium-ion batteries, sodium-ion batteries, all-solid-state batteries, lithium-air batteries, and high-voltage batteries, it provides standardized hardware support for the accuracy and reproducibility of experimental data.
Important Note: Default accompanying accessories are made of 304 stainless steel. For accessories made of other materials, please email inquiry@atomfair.com for customization.

I. Positive/Negative Electrode Cases
Type Classification Material / Special Structure Compatible Models Core Performance Parameters Optimal Application Scenarios
Basic Universal 304 Stainless Steel CR2032/CR2025/CR2016 Dimensional Tolerance ±0.02 mm
Sealing Pressure ≥5 MPa
Operating Temp. -40°C to 120°C		 Conventional Li-ion/Na-ion batteries, aqueous battery basic testing, batch prototype preparation
Basic Universal 316L Stainless Steel CR2032/CR2025/CR2016 Dimensional Tolerance ±0.02 mm
Sealing Pressure ≥6 MPa
Operating Temp. -40°C to 150°C		 Sulfide solid-state batteries, high-voltage batteries (>4.5 V), long-term cycling tests, highly corrosive systems
High-Performance Coated Aluminum Coated CR2032/CR2025/CR2016 Coating Thickness 5–10 μm
Adhesion ≥5B Grade
Volume Resistivity ≤3×10⁻⁸ Ω·m		 Lightweight batteries, low contact resistance precision testing, systems sensitive to metal ion contamination
High-Performance Coated Titanium Coated CR2032/CR2025/CR2016 Coating Thickness 3–8 μm
Excellent Biocompatibility
Resistant to Strong Acid/Base Corrosion		 Bio-batteries, aqueous zinc batteries, strongly acidic/alkaline electrolyte systems
High-Performance Coated Nickel Coated CR2032/CR2025/CR2016 Coating Thickness 5–12 μm
Excellent Weldability
Atmospheric Corrosion Resistant		 Battery structures requiring tab welding, pilot-scale batch production, routine electrochemical testing
High-Performance Coated Gold Coated CR2032/CR2025/CR2016 Coating Thickness 0.5–2 μm
Contact Resistance ≤1 mΩ
Superior Chemical Stability		 Ultra-precision electrochemical testing, EIS testing, micro-current testing, in-situ characterization
Specialized Research Li-Air Mesh Type CR2032/CR2025/CR2016 Pore Size 0.2–0.5 μm
Waterproof Rating IP67
Uniform Gas Distribution Design		 Lithium-air batteries, lithium-oxygen batteries, gas-involved reaction battery systems
Specialized Research Kapton Window Type CR2032/CR2025/CR2016 Window Thickness 25–50 μm
Optical Transmittance ≥85%
Electrolyte Corrosion Resistant		 In-situ optical characterization, in-situ Raman/IR spectroscopy, in-situ microscopy observation

II. Conductive Spacers
Default Size: Φ15.8 × 0.5 mm, compatible with the internal dimensions of all CR20 series cell cases. Other thicknesses and special sizes are customizable; please email inquiry@atomfair.com for customization.
Material Available Size (Diameter × Thickness) Core Performance Parameters Optimal Application Scenarios
99.5% Industrial Pure Aluminum Φ15.8 × 0.5 mm (Default) Dimensional Tolerance ±0.02 mm
Volume Resistivity 2.7×10⁻⁸ Ω·m
No Electrochemical Side Reactions		 Precision experiments requiring high contact resistance, conventional Li-ion/Na-ion batteries
304 Stainless Steel Φ15.8 × 0.5 mm (Default) Dimensional Tolerance ±0.02 mm
High Mechanical Strength
General Corrosion Resistant		 Most routine testing scenarios, aqueous batteries, low-to-medium voltage systems
316L Stainless Steel Φ15.8 × 0.5 mm (Default) Dimensional Tolerance ±0.02 mm
Sulfide/Chloride Ion Corrosion Resistant
High Temperature Resistant		 Sulfide solid-state batteries, high-voltage batteries, highly corrosive systems, long-term cycling tests

III. Elastic Springs
Default Size: φ15.4 × 0.3 mm, compatible with the internal dimensions of all CR20 series cell cases. Other heights and special sizes are customizable; please email inquiry@atomfair.com for customization.
Spring Type Available Materials Available Size (Diameter × Free Height) Core Performance Parameters Optimal Application Scenarios
Wave Spring (Belleville) Al Coated / 304 SS / 316L SS / Au Coated SS φ15.4 × 1.1 mm (Default) Spring Force Range 5 N–30 N
Large Contact Area
Small Footprint
Fatigue Life ≥10,000 cycles		 Most routine testing, thin electrodes, low-loading batteries; universal preferred choice
Conical Spring Al Coated / 304 SS / 316L SS / Au Coated SS φ15.4 × 1.1 mm (Default) Spring Force Range 10 N–50 N
Good Self-Centering
Strong Anti-Buckling
Fatigue Life ≥10,000 cycles		 Thick electrodes, high-loading batteries, vibration environment testing, systems requiring precise pressure control

IV. Complete Assembly Kit Specifications
Kit Type Included Components Corresponding Battery Model Configurable Options
Standard Assembly Kit Positive Case + Negative Case + Spacer + Spring CR2032/CR2025/CR2016 All materials freely combinable
Spacer thickness customizable
Spring height customizable
Li-Air Dedicated Kit Mesh Positive Case + Negative Case + Waterproof Breathable Membrane + Spacer + Spring CR2032/CR2025/CR2016 304/316L SS material optional
Spacer thickness customizable
Spring height customizable
In-Situ Characterization Kit Kapton Window Cell Case + Gold Coated Spacer + Gold Coated Spring CR2032/CR2025/CR2016 Window thickness optional
Spacer thickness customizable
Spring height customizable

International Quality Standards
  • Stainless steel materials comply with ASTM A240 international standard.
  • Pure aluminum materials comply with ASTM B209 international standard.
  • All coating thicknesses are uniform, with adhesion meeting ASTM B571 standard.
  • 100% dimensional inspection, sealing performance testing, and appearance inspection before shipment.
  • Oil-free, burr-free, and impurity-free; ready for direct use in glovebox battery assembly.
TAILORED SOLUTIONS FOR RESEARCH
Contact our engineering team for technical support or official quotations.
EMAIL: inquiry@atomfair.com
Manufacturer: Atomfair LLC
Brand: ATOMFAIR®

These coin cell case sets feature a titanium coating (3–8 μm) on 316L/304 stainless steel substrates for corrosion resistance. The cases are intended for use with corrosive electrolytes in bio-batteries and acidic/alkaline battery systems.

  • Coating Integrity Requirement: The titanium coating must remain intact to avoid exposing the stainless steel substrate to corrosive electrolytes.

How does the titanium coating thickness of 3–8 μm affect corrosion resistance and electrical conductivity in high-voltage coin cell testing?

The titanium coating provides excellent corrosion resistance against strong acids/bases and biocompatibility, verified electrochemically within -0.5 V to 5.0 V to avoid side reactions. Although thicker coatings enhance corrosion protection, the 3–8 μm range balances conductivity and durability for corrosive battery R&D without compromising test results.

Can these Ti-coated coin cell case sets be used with aqueous zinc batteries containing mildly acidic electrolytes?

Yes, they are specifically engineered for aqueous zinc batteries and strongly acidic/alkaline electrolyte systems. The titanium coating on 316L/304 stainless steel substrates resists corrosion from such electrolytes, and the entire assembly has undergone rigorous electrochemical compatibility verification with no side reactions within -0.5 V to 5.0 V.

Do these coin cell case sets require any pre-cleaning or surface treatment before assembly inside an argon glovebox?

No pre-cleaning is necessary because each set undergoes 100% dimensional inspection, coating thickness verification, sealing performance testing, and appearance inspection to guarantee oil-free, burr-free, and impurity-free condition, allowing direct use for battery assembly inside gloveboxes.

This Ti-coated coin cell case set delivers electrochemical inertness across -0.5V to 5.0V and ±0.02 mm dimensional precision, making it suited for corrosive battery chemistries; however, it is standardized only in CR2032 format and the included spacers and springs are uncoated 304 stainless steel, requiring custom ordering for alternative sizes or fully corrosion-resistant components.

Positive

  • Corrosion resistance and biocompatibility: Titanium coating (3–8 μm) on 316L/304 stainless steel provides excellent resistance to strong acids and bases, enabling use in bio-batteries, aqueous zinc, and acidic/alkaline electrolyte systems without material degradation.
  • Precision fit and electrochemical inertness: Dimensional tolerance controlled within ±0.02 mm ensures consistent assembly and eliminates gaps, while electrochemically verified no side reactions from -0.5 V to 5.0 V guarantees no interference with battery performance data.

Trade-offs

  • Single standard size (CR2032): This product is available only in CR2032 format by default; other sizes, models, or materials require custom orders via inquiry, limiting out-of-the-box compatibility for non-standard cell formats.
  • Uncoated stainless steel accessories: The included spacers (15.8×0.5 mm) and springs (15.4×1.1 mm) are default 304 stainless steel and not titanium-coated, which may present a corrosion vulnerability in extremely aggressive electrolyte environments unless custom replacements are sourced.

Every advanced material, component, equipment, and instrument in our catalog is backed by rigorous testing. We maintain strict internal quality management frameworks and align with CE conformity metrics to deliver transparent, reproducible performance data via our public open-science repository.

To request raw batch performance data, submit formal vendor registration paperwork, or execute a fast-turnaround R&D manufacturing loop, contact us at inquiry@atomfair.com.

Item is dispatched under the Atomfair Shipping & Delivery Framework (Free worldwide shipping on orders over $59 USD). Return is governed by the Atomfair Return & Refund Policy (7-day technical return window).

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