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SiliaBond for Organic Synthesis 소개 및 선택 가이드
제품명: SiliaBond for Organic Synthesis 소개 및 선택 가이드
용도:
메이커: Silicycle Inc.
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소개

 

SiliaBond for Organic Synthesis 소개 및 선택 가이드Silicycle Logo.png

 

Discover How our Reagents & Oxidants Can Optimize your Synthesis


Increasingly, the use of heterogeneous reagents in organic synthesis and chemical production is growing in importance. This technology is completely in line with the industries seeking improved sustainability and reduced ecological footprint. This strong trend is directly derived from the inherent benefits offered by silica-based heterogeneous reagents & oxidants:


• Extremely easy product / API isolation and purification (simple & quick filtration of the heterogeneous support)

• Eliminates or strongly reduces the need for laborious purifications

• No leaching of silica or catalyst and no cross contamination

• Highly suitable for either batch or continuous flow applications

• Convenient for high throughput medicinal & discovery chemistry

• Improved reactivity & selectivity over homogeneous reagents / catalyst

• Compares very favourably to polymer-based reagents: no swelling, thermally stable, more easily scalabe, faster kinetics, compatible with all solvents 

  and mechanically stable.

 


Here are a selection of reactions that can be done using our reagents and oxidants:


 

 

 

 

 

 

 

 

 

 

 

 

 

 

SiliaBond Reagents & Oxidants  선택 가이드 

 

Typical Reaction Best SiliaBond Reagent or Oxidant / SiliaCat SiliaCat Catalyst
Acylation / Esterification
Alkylation / Etherification
Amide Coupling (with acids, acid chlorides and amines)
Catalytic Hydrogenation
Coupling Reactions
Buchwald Amination, Heck, Kumada, Negishi, Sonogashira, Stille & Suzuki Couplings and more...
Deprotection of Aromatic Ether
Ether Formation
Fmoc, Bsmoc Deprotection of Amino Acid
Friedel-Crafts Alkylation
Fries-Speier Esterification
Knoevenagel Condensation
Michael Addition
Nitro-Aldol (or Henry) Reaction
Oxidation (Alcohols to acids)
Oxidation (Alcohols to ketones / aldehydes)
Reduction
(Reductive Amination, Alkylation, etc.)
Sulfonamide Synthesis
Tosylate Formation
Urea Synthesis
Williamson Ether Synthesis