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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 Battery Mold Set 70mm 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 hardware: 2 in-situ Raman cells + 2 PEEK molds. Constant-spacing, Ø70×94mm. Ideal for solid-state battery research. In stock.

SKU: AFMSEWVI973
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Description

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®

This set comprises two in-situ Raman test cells and two PEEK-insulated constant-spacing molds designed for solid-state battery research. The hardware requires compatibility with various electrolytes, leak-proof sealing, high dielectric insulation, and the ability to withstand high compression forces to ensure reproducible and safe testing.

  • Electrolyte Compatibility: Corrosion-resistant internal components enable compatibility with a wide range of electrolytes during electrochemical testing.
  • Leak-Proof Sealing: Leak-proof sealing design ensures long-term stability by preventing electrolyte leakage during extended cycling.
  • Constant-Spacing Mechanism: Constant-spacing mechanism ensures precise control over electrolyte or pellet thickness for reproducible solid-state battery data.
  • Dielectric Insulation: High dielectric strength prevents short-circuiting during high-pressure testing of solid-state electrolytes.
  • Compression Withstand: Robust construction withstands the high compression forces required for solid-state electrolyte processing.

Why does the Atomfair in-situ Raman cell use a Quartz/Sapphire optical window instead of a standard glass window for electrochemical testing?

The Quartz/Sapphire window is optimized for maximum laser penetration and signal collection in Raman spectroscopy, providing superior transparency and durability compared to standard glass. This ensures reliable real-time spectral acquisition during electrochemical cycling without compromising optical performance.

What ensures the PEEK insulated mold's compatibility with corrosive solid-state electrolytes?

The mold is fabricated from aerospace-grade PEEK, which offers superior chemical resistance to a wide range of electrolytes. Its high dielectric strength also prevents short-circuiting under high compression forces, making it suitable for use with aggressive solid-state electrolyte systems.

What handling precautions are required to maintain the leak-proof seal of the Raman test cell during long-term experiments?

The cell incorporates a leak-proof sealing design to ensure long-term stability during testing. To maintain seal integrity, users must keep sealing surfaces clean and free of debris, and properly tighten all components before pressurization to prevent electrolyte leakage.

The In-situ Raman Test Cell and PEEK Mold Set provides an integrated solution for real-time spectroscopic analysis under solid-state battery cycling conditions. The constant-spacing mold ensures reproducible electrolyte/pellet thickness, while the Raman cell optimizes laser penetration and signal collection, but requires external instrumentation for operation.

Positive

  • Optimized in-situ Raman window: Quartz/sapphire optical window maximizes laser penetration and signal collection for real-time spectroscopic analysis during electrochemical cycling.
  • Constant-spacing solid-state mold: Precise control over electrolyte/pellet thickness ensures reproducible data crucial for solid-state battery research.

Trade-offs

  • Requires external Raman setup: The Raman cell is a component for in-situ analysis and requires a compatible Raman microscope/spectrometer system for operation; not a standalone instrument.
  • High compression press needed: The mold is designed to withstand high compression forces required for solid-state electrolyte processing, necessitating a dedicated hydraulic press in the lab.

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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