Tri Blender (Blender Desk)

Tri-Blender

Takin Machine Radman Industrial Mixers (Tri-Blender) are used to mix solids in liquids. Salt water is used, etc. It can also be used to prepare solid-liquid mixtures in the pharmaceutical, cosmetic and chemical industries.

The mixer basically consists of a chamber and a centrifugal pump impeller that are mounted vertically. The suction side has a double-walled tube that separates the solid inlet from liquids, thus preventing lumps from forming before the material enters the coating.

Liquid enters the mixing chamber very quickly, creating a vacuum in the center that causes solids to suck.

By adding dry matter through the funnel, the liquid is simultaneously pumped into the Tri-Blender. The dispenser tube separates the powder from the liquid until it enters the mixer chamber. The solid can be adjusted using a valve at the bottom of the hopper.

Takin Machine Radman Blender Types

Trailers are divided into two types of trailers based on the type of material and function:

Dryer Terry Blender

Dryer and Liquid Terry Blender

Dry mixer is also divided into three categories:

Tri Blender Bunker

This type of blender, which is specific to solids and powders, has a bunker-like tank that is placed inside the tank of arches and ridges that the process of mixing materials is done well. The material of this tank is stainless steel and stainless.

Tank boiler tank

This type of blender, which is for powder and dry materials, consists of a horizontal cylindrical tank with stainless steel stirrers inside the tank, which is mechanically The rotation of the materials from the top and bottom are thoroughly mixed together. At the end of this blender, a valve is designed and made to exit the material and drain the blender.

Knocker Blender

This dryer, which is specific to dry and powdery materials, has two funnel-like tanks on one side, which are connected to each other in a part and mix with each other by rotating the materials in a percussion manner. Be.

Radman Machine Dry Solids and Liquids Blender:

Single-engine tri-blender

This type of dryer and liquid mixer consists of a tray, tank, motor and stirrer at the bottom of the tank. This type of blender is used to combine sugar and hard to milk and to prepare various syrups and to prepare liqueurs and roses. This device is also used in medicine and medicine to prepare serum and distilled water to mix water and salt.

Two-engine triple blender

This type of blender, which is dedicated to the combination of dry materials and liquids, also consists of a funnel, chamber, motor and mixer or stirrer at the end of the mixer at the outlet. There is a stainless steel pump for transferring the output materials. This type of blender is also used as a single-engine blender for making ice cream, various syrups, distillates and rose water factories.

Three-wall twin-engine high-rise

This type of blender, which is specific to liquids and dry materials, consists of a container or tray, a tank made of three-walled stainless steel. Inside the tank, this type of blender has a mixer. It is made of steel that combines the materials inside the tank well with each other. The tank of this type of blender is connected to the boiler so that the ingredients can be cooked at the same time while combining the ingredients.

Application of Tri Blender in various industries

From Radman Single Machine Blenders for the complete combination of dry matter and liquid, or for mixing two liquids into a homogeneous liquid in a variety of industries including food, beverage, dairy, process production Chemical and medicinal used. Usually from blender in the reconstruction or stabilization of milk in the production of dairy products and the dissolution of sugar for the production of syrups and beverages, the preparation of medicinal syrups or dissolution Pectin is used in glucose to produce marmalade. Terry blender minimizes the air entering the process. This means that material overflows, foams and jumps in the machine are completely eliminated by mixing operations.

Application of Tri Blender in Industries

Ingredient stabilizers – such as fresh milk, liquid eggs, ice cream mixes

Mixing liquid syrup – such as raw sugar or water

Mixing food products – such as whey and water, liquid powdered eggs, liquid egg syrup and flavorings

Mixing chemical products – such as silicon sodium aluminate, film solution, irim, fertilizer

Tri Blender components and explanation of each

Tri-Blender consists of a funnel, a pump with a chamber, a mixing medium, a dispensing tube and a butterfly valve. In the design (Tri Blender) of milk A propeller is used to control the flow rate of dry matter through the funnel. An optional electric butterfly valve control prevents the valve from opening before the mixer motor is running. This control also prevents the mixer motor from stopping before the valve closes. Pneumatic valves are also available. With auxiliary controls, Tri-Blender can be easily integrated into an automated system. Also compatible for installing CIP .

The mixer is a compact unit, consisting of a centrifugal pump with a venturi system on the suction side and a funnel with a butterfly valve on top of the venturi to add solid product to the liquid. Pumped.

The venturi and suction system of the pump create negative pressure at the base of the funnel. When the funnel valve is opened, solids are removed from the funnel and dissolved in the liquid by passing through the pump chamber.

Tube-within-a-tube

Liquid and dry materials are separated until each enters the mixing chamber.

Butterfly valve

Controls the amount of dry matter fed to the mixing chamber. It can be operated manually or in an automated system.

Stainless steel: Stainless steel is used in all wet areas.

Tapered hopper

Features of a blender table

Tri-Blender Radman Single Tri-Blender is designed to be easily integrated into your current process system. In addition, its compact size and easy portability allow it to be moved or installed in almost any location from a variety of stages. This means that a good tripler is built according to the needs of your production line, or if you use ready-made devices, it is better to choose the device closest to the needs of your production line.