917060-5ML Display Image

1 M BIPHENYL IN DME, A PRECURSOR SOLUTI+

Code: 917060-5ML D2-231

Application

This product is biphenyl (Bp) solution in anhydrous DME (1 mol/L) is a precursor reagent that could be easily handled to prepare prelithiation or presodiation rea...


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Your Price
£264.00 EACH
£316.80 inc. VAT

Application

This product is biphenyl (Bp) solution in anhydrous DME (1 mol/L) is a precursor reagent that could be easily handled to prepare prelithiation or presodiation reagent. By direct reaction of Li metal, it forms a strong reducing reagent of Li-Bp. The resulting Li-Bp/DME reagent is applicable to prelithiate most of the active materials for Li ion batteries, such as Sn, Sb, P, S, SiO and other metal oxide. On the other hand, a presodiation reagent can be prepared by reacting Bp/DME solution with Na metal. Na-Bp/DME reagent can be used to presodiate hard carbon, a promising anode material in Na ion batteries.

Preparation Note

Suggested Directions for use:•Step 1 Preparation of Prelithiation/presodiation reagentBefore use of Li metal, scrub the lithium surface to remove oxide and nitride layers. To prepare 1 M Li-Bp/DME reagent, > 0.07 g of Li metal is added into every 10 ml of 1 M BP/DME solution.To prepare 1 M Na-Bp/DME reagent, > 0.23 g of Na metal is added into every 10 ml of 1 M BP/DME solution.•Step 2 Prelithiation/presodiation of electrodesFor a 1 cm diameter electrode with 1-3 mg acitve material per cm2, soak (10-60 min, times will vary with material) the electrode in ∼0.5-1 mL of prelithiation/presodiation reagent. Discard the solution and then wash the electrode twice with DME. Longer prelithiation/presodiation time may cause electrode structure deformation, leading to a decreased discharge/charge capacity.

application(s)battery manufacturing
concentration1 M
formliquid
Quality Level100
storage temp.2-8°C
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