Today, the importance of electron deficient imines such as sulfonyl imines is well known as a key intermediate in various chemical reactions. The applicability as anticancer agent, anti-inflammatory nature, antifungal and antibacterial behavior, affirm the importance of their biological rule also. The electrophilic nature, relative stability and reactivity of these electron deficient imines give rise to use them for preparation of various nitrogen containing compounds. So, the significance of designing the fruitful methods for producing imines has attracted a great deal of attention in recent years [1].
