パウダーX Product Lineup

Our company offers "coating microencapsulation treatment of powder particles (surface coating treatment)." There are two methods: the dry coating process, where solid coating materials are heated and melted to coat the entire raw particle, followed by cooling to solidify the coating material, and the wet coating process, where solid coating materials are dissolved in solvents such as water or alcohol to coat the entire raw particle, followed by drying to solidify the coating material. Additionally, we also engage in "stirring granulation," where raw powder is stirred and rolled using a stirring granulator while adding a binder (liquid or paste-like) to adhere the raw particles together, resulting in granules with good flowability. 【Services (partial)】 ■ Particle coated capsules ■ Stirring granulation ■ High-concentration adsorption powdering of extracts and oils *For more details, please download the PDF or feel free to contact us.

We would like to introduce the "Particle Coated Capsules" that we handle. By directly coating the powder particles with a coating material, it is possible to microencapsulate the raw powder in a state close to its original form (particle surface treatment). In the dry coating process, solid coating materials are heated and melted at room temperature, then coated onto the entire raw particle, and the coating material is fixed by cooling. In the wet coating process, solid coating materials are dissolved in solvents such as water or alcohol for coating. [Applications] ■ Food, health foods ■ Additives, pharmaceuticals, gas-generating agents (hydrogen, carbon dioxide) ■ Antimicrobials, repellents, rust inhibitors ■ Feed, fertilizers ■ Inorganic powders *For more details, please refer to the related links or feel free to contact us.

This process is ideal for protecting delicate powdered raw materials that are concerned about denaturation due to heating in the fields of food, pharmaceuticals, and cosmetics. Solutions to such problems: - Nutritional components and functionalities of raw materials break down when heat is applied. - Strong odors or bitterness specific to the raw materials need to be precisely suppressed. - Components need to be accurately dissolved at targeted timings or in specific environments. This technology involves a wet coating process where the coating material is dissolved in water or organic solvents and sprayed to form a uniform film on the particle surface. It can be processed under low and gentle conditions, allowing for encapsulation while maintaining the activity of heat-sensitive vitamins, enzymes, and lactic acid bacteria. Precise control of film thickness ensures effective release control such as gastric or enteric solubility, high masking effects, and improved moisture resistance. *For more details, please refer to the related links or feel free to contact us.*

This is ideal for situations where you want to prevent particles from sticking together or clumping in the manufacturing processes of food, health foods, and industrial inorganic powders, while maintaining a free-flowing state. Solutions to such problems: - Powders clump together due to moisture, causing filling errors. - Using liquid coatings leads to particle agglomeration, making drying difficult. - You want to uniformly coat another powder on the surfaces of particles like resin or metal. This technology involves the precise coating of various fine powders such as starch and silica onto the surface of core raw material particles to create a film. By minimizing the use of liquid agents, it ensures that particles are not clumped together and that only the surface is reliably covered with fine powder. This enhances the flowability of the powder, prevents adhesion and clogging in hoppers, and contributes to continuous operation of the production line and improved production efficiency. *For more details, please refer to the related links or feel free to contact us.*