🌱 SaporePuro Short-Chain Inulin

SaporePuro Short-Chain Inulin is an ivory-colored powder with a neutral taste and a fine, weightless texture. It is a soluble, prebiotic fiber naturally found in numerous tubers and plants, such as Jerusalem artichoke, agave, white truffle, and chicory. The most neutral and stable variety is extracted from chicory, making it ideal for use in food products and supplement formulations.

This is a highly versatile fiber used in ice cream making, pastry, and cooking to improve the texture, creaminess, and stability of preparations, as well as in the supplement industry as a source of functional fiber.

⚙️ Characteristics and uses

Short-chain inulin is appreciated for its high solubility and functional properties, which allow it to act either as a sugar or a fat, depending on the dosage. It provides no significant calories and, when mixed with water, can form a paste capable of partially replacing fatty ingredients such as butter or oil.

• In ice cream making, it is an excellent lactose-free solids source, improves the creaminess of ice creams and sorbets, lowers the freezing point of water, and reduces ice crystal formation. It promotes overrun during churning, stabilizes emulsions, and enhances flavors, resulting in a softer, more homogeneous ice cream that is more stable under thermal shock.

• In pastry, it preserves the moisture of cookies and cakes, improves the workability of dry doughs (such as shortcrust, pâte brisée, and cookie dough), and acts as an effective binding agent for creams and homemade preparations. However, it loses some of its effectiveness in the presence of yeast.
  

✨ Technological properties

Short-Chain Inulin has low sweetening power, approximately 10% that of sucrose, but it is extremely useful in food formulation. In fruit-based ice creams and sorbets (1–2% of the mixture’s weight), it adds solids, improves the structure, and contributes to the creaminess of the finished product.

In cooking, it can replace some of the sugars, increase dough volume, and lower the freezing point, enhancing the antifreeze effect of sugars such as dextrose.