ATOMFAIR® IN-SITU POWDER SAMPLE OBSERVATION CELL

RESEARCH GRADE MATERIAL

Product Overview

This specialized in-situ powder sample observation cell is expertly engineered to facilitate direct optical, spectroscopic, or microscopic evaluation of loose powder matrices under tightly controlled testing environments. The sample compartment architecture ensures optimal leveling of loose particulate layers, allowing researchers to monitor dynamic phase changes and morphological shifting under real-time conditions. Combining high structural reproducibility with premium materials, this platform offers excellent sealing integrity alongside competitive powder sample cell price structures for global academic and corporate labs.

Technical Specifications

PARAMETER	DETAILS
1. Core Device & Mechanical Design
Assembly Architecture	4-Piece Exploded Threaded Stack Design (Threaded Ring Cap, Optical Window, Gasket Ring, Sample Base Cup)
Locking Mechanism	High-precision internal thread mating system to ensure completely uniform vertical sealing compression
Cell Material	Premium, chemical-resistant Polyetheretherketone (PEEK) main body components
2. Optical Window Parameters
Window Profile	Flat high-transmission protective optical viewport window disc
Sealing Configuration	Chemical-resistant flat compression gasket ring to isolate delicate powder samples from environmental ambient exposure
3. Sample Chamber Parameters
Powder Well Form Factor	Concentric internal recess designed for homogeneous powder compaction and flat packing profiles
Optical Proximity Path	Ultra-short spacing optimized to meet standard microscopic and spectrometer short-focus working requirements
Manufacturing Rules	Processed under strict PEEK powder cell standard validation rules with micromachined internal tolerances

Key Features & Advantages

Threaded Compression System: Features dual top notches in the threaded locking ring to allow simple, uniform tightening, ensuring zero movement of the optical boundary.
Streamlined Sample Loading: Solves standard issues on how to load powder sample in in-situ cell testing assemblies by incorporating an easily accessible open-cup foundation.
High-Performance PEEK Matrix: Completely inert structural body prevents contamination, ensuring uncompromised dataset reproducibility across a broad range of volatile powder components.
Compact Optical Clearance: Engineered with minimal overhead height to remain highly compatible with high-magnification microscope objectives and in-situ powder raman cell instrumentation.

APPLICATION SCOPE: In-situ powder Raman analysis, structural material microscopy, battery material powder evaluation, and solid-state crystal phase monitoring.

PACKAGING: Shock-absorbent protective casing containing modular PEEK cell base components, dual-notch threaded ring cap, viewport window glass, and high-performance sealing gaskets.

IMPORTANT NOTICE: To avoid optical window scratches or fracturing, make sure no loose powder sample granules contaminate the top face of the sealing gasket prior to final threaded tightening. Clean thoroughly using a soft non-abrasive laboratory swab after each measurement session.

TAILORED SOLUTIONS FOR RESEARCH

Contact our engineering team for technical support or official institutional quotations.

EMAIL: inquiry@atomfair.com

Manufacturer: Atomfair LLC

Brand: ATOMFAIR®

in-situ powder observation cell

ATOMFAIR In-Situ Powder Sample Observation Cell