Products

AEP Colloids Pectin is found in all land-based plants as a structural component in combination with cellulose and starches. Most of the commercially available Pectins are extracted for citrus peel, apple pomace and in some cases from sugar beet. Long chains of galacturonic acid units make up the Pectin structure.

AEP Colloids Xanthan Gum is a microbial polysaccharide produced by the organism Xanthomonas capestris. Through fermentation in a medium containing carbohydrates, a suitable nitrogen source, dipotassium hydrogen phosphate and appropriate trace metals the microorganism is grown. The gum itself is recovered by alcohol precipitation, dried and milled to specification. An Xanthan Gum solution shows typical pseudoplastic characteristics. These properties make it an effective suspending agent sufficient to suspend fine particles while preventing oil droplet separation. Heat stable in the presence of Potassium Chloride or other salts Xanthan Gum solutions are also stable at high pH levels when compared to other hydrocolloids.

AEP Colloids Locust Bean Gum Supplier also referred to as Carob Bean Gum, comes from the carob tree (Ceratonia silisqua) of the family Leguminous. The gum itself is derived from the ground endosperm of the seeds contained in the pod-shaped fruit of the tree. Similar in composition to Guar Gum this galactomannan polysaccharide can be used in applications where clarity is not desired. The main difference between Guar Gum and Locust Bean Gum is the need for Locust Bean Gum to be dispersed in hot water and allowed to cool to achieve its full viscosity. Utilized on its own, this neutral polymer creates a stable viscosity over a wide range of pH levels with resistance to shear thinning.

AEP Colloids Gum Arabic / Gum Acacia also know as Gum Acacia, comes from the Acacia tree of the Legumiosae family. Falling into the category of plant exudates, this gum is exuded from the tree through breaks or wounds in the bark. Gum Arabic is widely used as a stabilizing agent in oil in water emulsions. In food applications its use as an emulsifier helps to prevent flavor deterioration and evenly distribute a flavor more effectively throughout a product. Aside from its use as an emulsifier, Gum Arabic can add stability to foams (as in beer and soft drinks) as well as creating thin transparent adhesive films for adding flavor to nuts and other products.

AEP Colloids Guar Gum is a white to cream powder made from the ground endosperm of the seeds of the guar plant (cyamopsis tetragonolobus). As a natural thickening agent and emulsifier, guar gum is used to thicken beverages and sauces, control ice crystal formation in ice cream, and extend the shelf life of baked goods. Guar gum provides a smooth mouthfeel, while binding water molecules to improve texture and consistency.

AEP Colloids Gum Tragacanth is an exudate of the Astragalus genus of plants in the Leguinosae family. Found in areas of Asia Minor, the gum is exuded through breaks or wounds in the bark of the shrub. When water is added to Gum Tragacanth, a soft adhesive paste can be formed, typically at a 2 – 4 % concentration. This paste accounts for many of its uses in the food and pharmaceutical industries.

AEP Colloids Menthol Crystals are produced from mint oils through the process of distillation, filtration and crystallization to obtain a purified product suitable for use in food and pharmaceutical applications. A clear crystal at room temperature, Menthol is found in many medicinal applications.

AEP Colloids Alginates are produced from the processing of brown seaweed, typically Macrocystis pyrefera. The Algin found in kelp is present as a mixed salt (sodium and/or potassium, calcium, magnesium) with alginic acid. Through processing, the water-insoluble alginic acid is extracted and various water-soluble alginates can be produced. Alginates offer many interesting properties allowing them to be used to thicken, suspend, stabilize, or emulsify.

AEP Colloids Agar Agar is a complex polysaccharide extracted from Red Seaweed of the class Rhodophyceae. Known for its ability to form a firm thermo-reversible gel, one of the unique aspects of Agar is the temperature difference between its gelation point and melting point. This stability can be utilized in many applications. When added to sugar glazes for doughnuts and pastries, its ability to increase the viscosity of the glaze and thus increase adherence of that glaze to the product, has brought about its wide acceptance in this application.