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ATOMFAIR® in-situ Raman test cell and high precision PEEK insulated solid-state battery mold set with three top bolts.

In-Situ Raman Cell & PEEK Mold Kit Ø70×94mm ATOMFAIR®

$800.00

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.

Research-grade in-situ Raman hardware kit with 2 optical cells, 2 PEEK constant-spacing molds, and Ø70×94 mm mold dimensions for lab workflows. Order now.

SKU: AFMSEWVI973
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ATOMFAIR® IN-SITU RAMAN CELLS & HIGH-PRECISION PEEK BATTERY MOLDS KIT

RESEARCH GRADE HARDWARE

Product Overview
The ATOMFAIR® advanced analytical hardware configuration integrates high-performance electrochemical testing cells with specialized in-situ Raman PEEK molds to unlock dynamic, real-time boundary observations. Specifically engineered for academic professors, Ph.D. researchers, and corporate materials laboratory scientists, this system enables precision spectroscopic analysis of electrode materials during active charge-discharge cycles. The internal modular layout features a sophisticated constant-spacing mechanism to eliminate sample variations. Wrapped in aerospace-grade insulation matrices, this hardware combo guarantees leak-proof, short-circuit protected validation pathways under high processing pressures.

Technical Specifications
PARAMETER DETAILS
In-Situ Raman Cells Quantity: 2 Units. Equipped with optimized Quartz/Sapphire optical viewports for maximum laser penetration.
Solid-State Molds Quantity: 2 Units. High-precision PEEK insulated constant-spacing battery architecture.
Mold Dimensions Ø70 mm (Outer Diameter) × 94 mm (Height)
Primary Material Aerospace-grade PEEK (Polyetheretherketone) for superior chemical resistance and high-temperature thermal stability.
Sealing & Compatibility Corrosion-resistant internal alloy parts compatible with various non-aqueous and aqueous liquid electrolytes.
Design Engineering Constant-spacing control mechanism paired with robust physical dielectric insulation rings.
Alternative Options Explore our related catalog of split-cells, pouch cell jigs, or alternative sapphire viewports. For customized diameter demands or tailored multi-channel arrays, please contact our laboratory hardware team.

Key Features & Advantages
  • Technical Advantage: Integrated premium Quartz/Sapphire optical ports allow clean laser entrance pathways and max backscatter signal acquisition, preventing peak distortion.
  • Technical Advantage: Built-in constant-spacing assembly mechanics yield absolute thickness regulation over the internal electrolyte/pellet matrix for uniform physical contact.
  • Technical Advantage: High-dielectric aerospace PEEK matrix blocks high-pressure short-circuiting routes, guaranteeing testing security during extreme loading stages.
  • Technical Advantage: Elite leak-proof structural margins and anti-corrosive internal parts establish long-term structural stability across variable electrolyte cycles.

APPLICATION SCOPE: Real-time in-situ spectroscopic profiling of active electrode surfaces, phase transformation mapping, solid-state battery formulation validation, electrolyte-electrode interface aging tracks, and precision high-pressure pelletizing.
PACKAGING: Delivered as a consolidated hardware kit including 2x In-Situ Raman testing cells and 2x high-precision PEEK insulated constant-spacing molds, individually housed in protective padded research cases.
IMPORTANT NOTICE: These components are engineered strictly for scientific verification inside professional laboratory environments. Maintain window cleanliness and clean optical paths only with recommended spectroscopic solvents. Do not exceed specified mechanical compression limits during solid-state sample preparation steps.
TAILORED SOLUTIONS FOR RESEARCH
Contact our laboratory hardware division for specialized configuration parameters or official pricing quotes.
EMAIL: inquiry@atomfair.com
Manufacturer: Atomfair LLC
Brand: ATOMFAIR®

Optical window cleanliness and mechanical compression limits are critical to avoid signal distortion and component damage. Electrolyte compatibility with PEEK and internal alloy parts must be verified to ensure long-term structural stability.

  • Optical Window Maintenance: Clean optical windows only with recommended spectroscopic solvents to prevent contamination and loss of signal fidelity.
  • Compression Limit Adherence: Do not exceed the specified mechanical compression limits during solid-state sample preparation to avoid permanent deformation or failure.
  • Electrolyte Compatibility Check: Select electrolytes that are compatible with PEEK and internal alloy components to prevent corrosion or chemical attack.
  • Leak-Proof Sealing Requirement: Ensure complete sealing of the cell assembly to prevent electrolyte leakage and eliminate short-circuit paths.
  • Dielectric Insulation Use: Properly install dielectric insulation rings to maintain electrical isolation under high pressure and avoid short circuits.

This guide covers the essential preparation and assembly steps for reliable in-situ spectroscopic measurements. Follow these steps to avoid hardware damage and maintain data integrity.

Required Equipment: Recommended spectroscopic cleaning solvent

  1. Clean Optical Windows
    Inspect and clean the quartz/sapphire optical windows using a lint-free cloth wetted with the recommended spectroscopic solvent.
  2. Assemble Constant-Spacing Mold
    Assemble the PEEK mold with the constant-spacing control mechanism and dielectric insulation rings to ensure uniform electrode contact.
  3. Apply Mechanical Compression
    Apply mechanical compression to the mold assembly within the specified limit to secure the solid-state sample without causing damage.
  4. Seal and Connect Cell
    Seal the cell assembly completely to guarantee leak-proof operation, then connect it to the potentiostat and Raman spectrometer for measurement.

How does the constant-spacing mechanism in the PEEK molds improve in-situ Raman data quality compared to standard compression cells?

The constant-spacing assembly mechanics provide absolute thickness regulation over the electrolyte/pellet matrix, ensuring uniform physical contact. This eliminates sample variations that can distort spectroscopic signals, allowing for more accurate real-time observation of electrode surface changes during cycling.

Are the in-situ Raman cells compatible with both aqueous and non-aqueous electrolytes?

Yes, the cells feature corrosion-resistant internal alloy parts that are compatible with various non-aqueous and aqueous liquid electrolytes. Additionally, the leak-proof structural design ensures stable long-term operation across different electrolyte chemistries.

What are the recommended handling procedures for the optical viewports and compression steps in the ATOMFAIR in-situ Raman kit?

Optical viewports must be cleaned only with recommended spectroscopic solvents to maintain clean optical paths. During solid-state sample preparation, do not exceed the specified mechanical compression limits to avoid damaging the mold or causing short circuits.

This kit integrates two in-situ Raman cells with Quartz/Sapphire viewports and two high-precision PEEK constant-spacing molds, enabling real-time spectroscopic analysis of electrode materials during charge-discharge cycling with uniform thickness control and high-pressure short-circuit protection.

Positive

  • Optimized optical ports for signal acquisition: The integrated Quartz/Sapphire viewports provide clean laser entry and maximize backscatter signal collection, preventing peak distortion during in-situ Raman measurements.
  • Constant-spacing mechanism for uniform contact: The built-in constant-spacing assembly ensures absolute thickness regulation of the electrolyte/pellet matrix, enabling reproducible physical contact and eliminating sample variation.

Trade-offs

  • Requires specific solvent cleaning: Optical windows must be maintained strictly with recommended spectroscopic solvents to avoid contamination and preserve signal integrity; improper cleaning can degrade performance.
  • Mechanical compression limits enforced: During solid-state sample preparation, users must not exceed specified mechanical compression limits to prevent damage to the PEEK molds or internal components.

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 excl. heavy equipment). Return is governed by the Atomfair Return & Refund Policy (7-day technical return window).

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