Product details
Catalog number HA2503150431.1G
Price for HA2503150431.1G
Size / count 1 g
This polymer bound alkylsulfonyl chloride resin is an equivalent to alkyl sulfonic chloride and can be used in numerous applications. When this resin is treated with nucleophiles, a variety of polymer bound sulfonates can be created (e.g. sulfonyl azides, sulfonyl hydrazine) and subsequently used as polymeric supports, polymer bound reagents or in catalytic organic synthesis. Application in the "catch and release" strategy, where the resin catches a compound to form a polymer bound tosylate. Purifying the polymer bound tosylate by washing and subsequent treatment by a nucleophile, releases the target product from the resin. A typical application is to form polymer bound tosylates by loading alcohols to the resin. Treatment with nucleophiles like amines, imidazoles or thiols generates the corresponding sec. or tert. amines, alkylimidazoles or thioethers. This resin can also be used as a scavenger for amines, hydrazines and other nucleophiles.
The catalog number for Polystyrene A Sulfonyl Chloride is HA2503150431.1G.
Polystyrene A Sulfonyl Chloride is available in the following size(s): 1 g.
Polystyrene A Sulfonyl Chloride is currently made to order / not held in immediate stock. Contact us for lead time.
This polymer bound alkylsulfonyl chloride resin is an equivalent to alkyl sulfonic chloride and can be used in numerous applications. When this resin is treated with nucleophiles, a variety of polymer bound sulfonates can be created (e.g. sulfonyl azides, sulfonyl hydrazine) and subsequently used as
Cross-reactivity data, based on available testing, is listed under the reactivity section of the datasheet. Contact us if you need reactivity confirmed for a species not listed.
Yes, if this product requires dry ice or is classed as hazardous for transport, the additional fee will be explicitly shown in your quotation before you confirm the order, so there are no surprise charges later.
We recommend aliquoting the product upon receipt to avoid repeated freeze-thaw cycles, which can reduce activity and stability. This is your responsibility once the product has been delivered.