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In-situ Analytical Split Test Cell w/ Window for Lithium/Zinc Air Battery R&D: Optional Au Coating - STC-ZINCAIR-W
  • In-situ Analytical Split Test Cell w/ Window for Lithium/Zinc Air Battery R&D: Optional Au Coating - STC-ZINCAIR-W
In-situ Analytical Split Test Cell w/ Window for Lithium/Zinc Air Battery R&D: Optional Au Coating - STC-ZINCAIR-W

In-situ Analytical Split Test Cell w/ Window for Lithium/Zinc Air Battery R&D: Optional Au Coating - STC-ZINCAIR-W

SKU: stc-zincair-w

Price: RFQ

Specifications

 The STC-ZINCAIR-W is an upgraded version of EQ-STC-LI-AIR . It contains a quartz observation window on the bottom which allows in-situ X-Ray analysis of battery material phase transition during charging and discharging process.  Two needle valves allow you control air flow pressure and its splittable design provides you the most convenient way to test various anode and cathode materials. It's an excellent tool for Lithium/Zinc Air Battery Research. Note: Customized (Au coated) test cells are non-returnable and non-exchangeable. SPECIFICATIONS: 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. Bottom Recess Area 16mm Dia. (The area can fit the electrodes size up to 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 Optional Anti-corrosive 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. 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× 6 2 mm Compliance CE Certified 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.

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.
 

Bottom Recess Area
  • 16mm Dia. (The area can fit the electrodes size up to 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
Optional
  • Anti-corrosive 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.
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
  • CE Certified
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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