Pullulanase, identified by its CAS number 9075-68-7, is a specialized enzyme within the glucanase family, playing a crucial role in various biochemical and industrial processes. Its primary function is the hydrolysis of α-1,6-glucosidic linkages, which are characteristic of polysaccharides like pullulan, amylopectin, and glycogen. For researchers, procurement managers, and product formulators in the chemical and biotech sectors, understanding the nuances of Pullulanase—from its source and properties to its applications and sourcing—is essential for successful project execution.

This enzyme is typically derived from microorganisms, such as species of *Klebsiella* and *Bacillus*. Its production as an extracellular, cell surface-anchored lipoprotein signifies its efficiency in breaking down complex carbohydrate structures. The chemical properties of Pullulanase, including its specific activity and optimal working conditions (pH and temperature), are critical considerations for its application. For instance, specific activity levels, often measured in units per milligram, directly indicate the enzyme's catalytic power, which is vital for processes like starch saccharification.

In terms of industrial applications, Pullulanase is a cornerstone in several sectors. It is widely used in the food industry for the production of sweeteners, where it aids in converting starches into syrups with specific sugar profiles. Furthermore, its role in grain processing biotechnology for the production of bioethanol highlights its importance in the renewable energy sector. R&D scientists frequently require high-purity Pullulanase for studies on polysaccharide utilization and enzyme engineering.

When looking to buy Pullulanase, identifying reliable manufacturers and suppliers is key. Companies specializing in industrial enzymes, often based in regions like China, offer a broad spectrum of Pullulanase products. These suppliers typically provide detailed technical specifications, including purity levels, CAS numbers (9075-68-7), and safety data sheets (SDS). Establishing a relationship with a trusted supplier ensures not only competitive Pullulanase enzyme price points but also consistent product quality and reliable delivery schedules. It’s advisable for procurement managers to request quotes from multiple reputable sources to secure the best value.

The term 'specialty enzyme' accurately describes Pullulanase due to its specific substrate and linkage specificity. Its combination with other amylolytic enzymes, such as alpha-amylase and isoamylase, allows for comprehensive starch conversion, leading to optimized yields of desired products. For those in the chemical or pharmaceutical intermediate space, understanding how to effectively source and utilize such enzymes can provide a significant competitive edge.

In conclusion, Pullulanase (CAS 9075-68-7) is a versatile and powerful enzyme with significant industrial relevance. By focusing on understanding its properties, exploring its diverse applications, and partnering with reliable suppliers, businesses can effectively leverage this enzyme for process optimization and product innovation. We encourage you to connect with leading suppliers to inquire about purchasing options and receive competitive quotes.