Structure
| - 316 Stainless Steel Structure ensures high electrical conductivity and good corrosion protection
- Two electrodes design
- Internal compress spring ensures a good metal contact of the electrodes
- Electrolyte corrosive-proof PTFE Guide Sleeve and Sealing O-rings
- Compact design fits in any benchtop glove boxes
- 10mm Dia. x 1mm Thick Quartz Observation Window allows X-Ray and infrared beam penetration.
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Bottom Recess Area
| 16mm Dia. (The recess area can accomodate the electrodes with size upto 16mm dia.) |
Quartz Observation Window
| - Diameter = 9.3mm Quartz Observation Window allows the X-Ray beam penetration.
- Thickness = 1.92mm
- Recessed Spacing = 6.00 mm
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Optional
| - Anti-crossive Au coating on the cell internal and inserts is an option. $396 surcharge will apply.
- Please click here to order your own gold plating kit.
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| Max. Working Temperature | 200°C |
| Valves & Fittings | Two Stainless Steel needle valves and 1/16" tube connector is installed on both gas inlet and outlet |
| Dimensions |  Φ80×62mm |
| Compliance |  Certified |
| Warranty | One Year limited manufacture warranty with lifetime support |
| Operation Instructions | 
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| Application Notes | - For In-situ Laser Raman Spectroscopy, typical wavelength used is ranging from ultra-violet (244nm~364nm) to near infrared (785nm~1064nm). The quartz observation window we used can provide >80% light-throughput for this wavelength range.
- Assembly of Li-ion Batteries, please click the picture below to learn.
- Consumable materials are available in "Related Products" section.
- Warning: The included 1/16" O.D. Stainless Steel Gas Inlet Tube must be cut by a dremel or the cutting pliers below (click picture for details). Otherwise, the hole will be blocked and gas will not flow to the split test cell.
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